Lottery Game Contract

1
mkdir lottery-game
2
cd lottery-game
3
dotnet new aelf -n LotteryGame

1
cd src

1
mv Protobuf/contract/hello_world_contract.proto Protobuf/contract/lottery_game_contract.proto

1
syntax = "proto3";
2

3
import "aelf/core.proto";
4
import "aelf/options.proto";
5
import "google/protobuf/empty.proto";
6
import "google/protobuf/wrappers.proto";
7
import "Protobuf/reference/acs12.proto";
8
// The namespace of this class
9
option csharp_namespace = "AElf.Contracts.LotteryGame";
10

11
service LotteryGame {
12
  // The name of the state class the smart contract is going to use to access blockchain state
13
  option (aelf.csharp_state) = "AElf.Contracts.LotteryGame.LotteryGameState";
14
  option (aelf.base) = "Protobuf/reference/acs12.proto";
15

16
  rpc Initialize (google.protobuf.Empty) returns (google.protobuf.Empty) {
17
  }
18

19
  rpc Play (google.protobuf.Int64Value) returns (google.protobuf.Empty) {
20
  }
21

22
  rpc Withdraw (google.protobuf.Int64Value) returns (google.protobuf.Empty) {
23
  }
24

25
  rpc Deposit (google.protobuf.Int64Value) returns (google.protobuf.Empty) {
26
  }
27

28
  rpc TransferOwnership (aelf.Address) returns (google.protobuf.Empty) {
29
  }
30

31
  rpc GetPlayAmountLimit (google.protobuf.Empty) returns (PlayAmountLimitMessage) {
32
    option (aelf.is_view) = true;
33
  }
34

35
  rpc GetContractBalance (google.protobuf.Empty) returns (google.protobuf.Int64Value) {
36
    option (aelf.is_view) = true;
37
  }
38

39
  rpc GetOwner (google.protobuf.Empty) returns (google.protobuf.StringValue) {
40
    option (aelf.is_view) = true;
41
  }
42
}
43

44
// An event that will be emitted from contract method call when Play is called.
45
message PlayOutcomeEvent {
46
  option (aelf.is_event) = true;
47
  int64 amount = 1;
48
  int64 won = 2;
49
}
50

51
// An event that will be emitted from contract method call when Withdraw is called.
52
message WithdrawEvent {
53
  option (aelf.is_event) = true;
54
  int64 amount = 1;
55
  aelf.Address from = 2;
56
  aelf.Address to = 3;
57
}
58

59
// An event that will be emitted from contract method call when Deposit is called.
60
message DepositEvent {
61
  option (aelf.is_event) = true;
62
  int64 amount = 1;
63
  aelf.Address from = 2;
64
  aelf.Address to = 3;
65
}
66

67
// The message containing the play amount limits
68
message PlayAmountLimitMessage {
69
  int64 minimumAmount = 1;
70
  int64 maximumAmount = 2;
71
}

1
using AElf.Sdk.CSharp.State;
2
using AElf.Types;
3

4
namespace AElf.Contracts.LotteryGame
5
{
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    // The state class is access the blockchain state
7
    public partial class LotteryGameState : ContractState
8
    {
9
        // A state to check if contract is initialized
10
        public BoolState Initialized { get; set; }
11
        // A state to store the owner address
12
        public SingletonState<Address> Owner { get; set; }
13
    }
14
}

1
/**
2
 * MultiToken contract.
3
 */
4
syntax = "proto3";
5

6
package token;
7

8
import "aelf/core.proto";
9
import "aelf/options.proto";
10
import "google/protobuf/empty.proto";
11
import "google/protobuf/wrappers.proto";
12

13
option csharp_namespace = "AElf.Contracts.MultiToken";
14

15
service TokenContract {
16
  // Create a new token.
17
  rpc Create (CreateInput) returns (google.protobuf.Empty) {
18
  }
19

20
  // Issuing some amount of tokens to an address is the action of increasing that addresses balance
21
  // for the given token. The total amount of issued tokens must not exceed the total supply of the token
22
  // and only the issuer (creator) of the token can issue tokens.
23
  // Issuing tokens effectively increases the circulating supply.
24
  rpc Issue (IssueInput) returns (google.protobuf.Empty) {
25
  }
26

27
  // Transferring tokens simply is the action of transferring a given amount of tokens from one address to another.
28
  // The origin or source address is the signer of the transaction.
29
  // The balance of the sender must be higher than the amount that is transferred.
30
  rpc Transfer (TransferInput) returns (google.protobuf.Empty) {
31
  }
32

33
  // The TransferFrom action will transfer a specified amount of tokens from one address to another.
34
  // For this operation to succeed the from address needs to have approved (see allowances) enough tokens
35
  // to Sender of this transaction. If successful the amount will be removed from the allowance.
36
  rpc TransferFrom (TransferFromInput) returns (google.protobuf.Empty) {
37
  }
38

39
  // The approve action increases the allowance from the Sender to the Spender address,
40
  // enabling the Spender to call TransferFrom.
41
  rpc Approve (ApproveInput) returns (google.protobuf.Empty) {
42
  }
43

44
  rpc BatchApprove (BatchApproveInput) returns (google.protobuf.Empty) {
45
  }
46

47
  // This is the reverse operation for Approve, it will decrease the allowance.
48
  rpc UnApprove (UnApproveInput) returns (google.protobuf.Empty) {
49
  }
50

51
  // This method can be used to lock tokens.
52
  rpc Lock (LockInput) returns (google.protobuf.Empty) {
53
  }
54

55
  // This is the reverse operation of locking, it un-locks some previously locked tokens.
56
  rpc Unlock (UnlockInput) returns (google.protobuf.Empty) {
57
  }
58

59
  // This action will burn the specified amount of tokens, removing them from the token’s Supply.
60
  rpc Burn (BurnInput) returns (google.protobuf.Empty) {
61
  }
62

63
  // Set the primary token of side chain.
64
  rpc SetPrimaryTokenSymbol (SetPrimaryTokenSymbolInput) returns (google.protobuf.Empty) {
65
  }
66

67
  // This interface is used for cross-chain transfer.
68
  rpc CrossChainTransfer (CrossChainTransferInput) returns (google.protobuf.Empty) {
69
  }
70

71
  // This method is used to receive cross-chain transfers.
72
  rpc CrossChainReceiveToken (CrossChainReceiveTokenInput) returns (google.protobuf.Empty) {
73
  }
74

75
  // The side chain creates tokens.
76
  rpc CrossChainCreateToken(CrossChainCreateTokenInput) returns (google.protobuf.Empty) {
77
  }
78

79
  // When the side chain is started, the side chain is initialized with the parent chain information.
80
  rpc InitializeFromParentChain (InitializeFromParentChainInput) returns (google.protobuf.Empty) {
81
  }
82

83
  // Handle the transaction fees charged by ChargeTransactionFees.
84
  rpc ClaimTransactionFees (TotalTransactionFeesMap) returns (google.protobuf.Empty) {
85
  }
86

87
  // Used to collect transaction fees.
88
  rpc ChargeTransactionFees (ChargeTransactionFeesInput) returns (ChargeTransactionFeesOutput) {
89
  }
90

91
  rpc ChargeUserContractTransactionFees(ChargeTransactionFeesInput) returns(ChargeTransactionFeesOutput){
92

93
  }
94

95
  // Check the token threshold.
96
  rpc CheckThreshold (CheckThresholdInput) returns (google.protobuf.Empty) {
97
  }
98

99
  // Initialize coefficients of every type of tokens supporting charging fee.
100
  rpc InitialCoefficients (google.protobuf.Empty) returns (google.protobuf.Empty){
101
  }
102

103
  // Processing resource token received.
104
  rpc DonateResourceToken (TotalResourceTokensMaps) returns (google.protobuf.Empty) {
105
  }
106

107
  // A transaction resource fee is charged to implement the ACS8 standards.
108
  rpc ChargeResourceToken (ChargeResourceTokenInput) returns (google.protobuf.Empty) {
109
  }
110

111
  // Verify that the resource token are sufficient.
112
  rpc CheckResourceToken (google.protobuf.Empty) returns (google.protobuf.Empty) {
113
  }
114

115
  // Set the list of tokens to pay transaction fees.
116
  rpc SetSymbolsToPayTxSizeFee (SymbolListToPayTxSizeFee) returns (google.protobuf.Empty){
117
  }
118

119
  // Update the coefficient of the transaction fee calculation formula.
120
  rpc UpdateCoefficientsForSender (UpdateCoefficientsInput) returns (google.protobuf.Empty) {
121
  }
122

123
  // Update the coefficient of the transaction fee calculation formula.
124
  rpc UpdateCoefficientsForContract (UpdateCoefficientsInput) returns (google.protobuf.Empty) {
125
  }
126

127
  // This method is used to initialize the governance organization for some functions,
128
  // including: the coefficient of the user transaction fee calculation formula,
129
  // the coefficient of the contract developer resource fee calculation formula, and the side chain rental fee.
130
  rpc InitializeAuthorizedController (google.protobuf.Empty) returns (google.protobuf.Empty){
131
  }
132

133
  rpc AddAddressToCreateTokenWhiteList (aelf.Address) returns (google.protobuf.Empty) {
134
  }
135
  rpc RemoveAddressFromCreateTokenWhiteList (aelf.Address) returns (google.protobuf.Empty) {
136
  }
137

138
  rpc SetTransactionFeeDelegations (SetTransactionFeeDelegationsInput) returns (SetTransactionFeeDelegationsOutput){
139
  }
140

141
  rpc RemoveTransactionFeeDelegator (RemoveTransactionFeeDelegatorInput) returns (google.protobuf.Empty){
142
  }
143

144
  rpc RemoveTransactionFeeDelegatee (RemoveTransactionFeeDelegateeInput) returns (google.protobuf.Empty){
145
  }
146

147
  rpc SetSymbolAlias (SetSymbolAliasInput) returns (google.protobuf.Empty){
148
  }
149

150
  // Get all delegatees' address of delegator from input
151
  rpc GetTransactionFeeDelegatees (GetTransactionFeeDelegateesInput) returns (GetTransactionFeeDelegateesOutput) {
152
    option (aelf.is_view) = true;
153
  }
154

155
  // Query token information.
156
  rpc GetTokenInfo (GetTokenInfoInput) returns (TokenInfo) {
157
    option (aelf.is_view) = true;
158
  }
159

160
  // Query native token information.
161
  rpc GetNativeTokenInfo (google.protobuf.Empty) returns (TokenInfo) {
162
    option (aelf.is_view) = true;
163
  }
164

165
  // Query resource token information.
166
  rpc GetResourceTokenInfo (google.protobuf.Empty) returns (TokenInfoList) {
167
    option (aelf.is_view) = true;
168
  }
169

170
  // Query the balance at the specified address.
171
  rpc GetBalance (GetBalanceInput) returns (GetBalanceOutput) {
172
    option (aelf.is_view) = true;
173
  }
174

175
  // Query the account's allowance for other addresses
176
  rpc GetAllowance (GetAllowanceInput) returns (GetAllowanceOutput) {
177
    option (aelf.is_view) = true;
178
  }
179

180
  // Query the account's available allowance for other addresses
181
  rpc GetAvailableAllowance (GetAllowanceInput) returns (GetAllowanceOutput) {
182
    option (aelf.is_view) = true;
183
  }
184

185
  // Check whether the token is in the whitelist of an address,
186
  // which can be called TransferFrom to transfer the token under the condition of not being credited.
187
  rpc IsInWhiteList (IsInWhiteListInput) returns (google.protobuf.BoolValue) {
188
    option (aelf.is_view) = true;
189
  }
190

191
  // Query the information for a lock.
192
  rpc GetLockedAmount (GetLockedAmountInput) returns (GetLockedAmountOutput) {
193
    option (aelf.is_view) = true;
194
  }
195

196
  // Query the address of receiving token in cross-chain transfer.
197
  rpc GetCrossChainTransferTokenContractAddress (GetCrossChainTransferTokenContractAddressInput) returns (aelf.Address) {
198
    option (aelf.is_view) = true;
199
  }
200

201
  // Query the name of the primary Token.
202
  rpc GetPrimaryTokenSymbol (google.protobuf.Empty) returns (google.protobuf.StringValue) {
203
    option (aelf.is_view) = true;
204
  }
205

206
  // Query the coefficient of the transaction fee calculation formula.
207
  rpc GetCalculateFeeCoefficientsForContract (google.protobuf.Int32Value) returns (CalculateFeeCoefficients) {
208
    option (aelf.is_view) = true;
209
  }
210

211
  // Query the coefficient of the transaction fee calculation formula.
212
  rpc GetCalculateFeeCoefficientsForSender (google.protobuf.Empty) returns (CalculateFeeCoefficients) {
213
    option (aelf.is_view) = true;
214
  }
215

216
  // Query tokens that can pay transaction fees.
217
  rpc GetSymbolsToPayTxSizeFee (google.protobuf.Empty) returns (SymbolListToPayTxSizeFee){
218
    option (aelf.is_view) = true;
219
  }
220

221
  // Query the hash of the last input of ClaimTransactionFees.
222
  rpc GetLatestTotalTransactionFeesMapHash (google.protobuf.Empty) returns (aelf.Hash){
223
    option (aelf.is_view) = true;
224
  }
225

226
  // Query the hash of the last input of DonateResourceToken.
227
  rpc GetLatestTotalResourceTokensMapsHash (google.protobuf.Empty) returns (aelf.Hash){
228
    option (aelf.is_view) = true;
229
  }
230
  rpc IsTokenAvailableForMethodFee (google.protobuf.StringValue) returns (google.protobuf.BoolValue) {
231
    option (aelf.is_view) = true;
232
  }
233
  rpc GetReservedExternalInfoKeyList (google.protobuf.Empty) returns (StringList) {
234
    option (aelf.is_view) = true;
235
  }
236

237
  rpc GetTransactionFeeDelegationsOfADelegatee(GetTransactionFeeDelegationsOfADelegateeInput) returns(TransactionFeeDelegations){
238
    option (aelf.is_view) = true;
239
  }
240

241
  rpc GetTokenAlias (google.protobuf.StringValue) returns (google.protobuf.StringValue) {
242
    option (aelf.is_view) = true;
243
  }
244

245
  rpc GetSymbolByAlias (google.protobuf.StringValue) returns (google.protobuf.StringValue) {
246
    option (aelf.is_view) = true;
247
  }
248
}
249

250
message TokenInfo {
251
  // The symbol of the token.f
252
  string symbol = 1;
253
  // The full name of the token.
254
  string token_name = 2;
255
  // The current supply of the token.
256
  int64 supply = 3;
257
  // The total supply of the token.
258
  int64 total_supply = 4;
259
  // The precision of the token.
260
  int32 decimals = 5;
261
  // The address that has permission to issue the token.
262
  aelf.Address issuer = 6;
263
  // A flag indicating if this token is burnable.
264
  bool is_burnable = 7;
265
  // The chain id of the token.
266
  int32 issue_chain_id = 8;
267
  // The amount of issued tokens.
268
  int64 issued = 9;
269
  // The external information of the token.
270
  ExternalInfo external_info = 10;
271
  // The address that owns the token.
272
  aelf.Address owner = 11;
273
}
274

275
message ExternalInfo {
276
  map<string, string> value = 1;
277
}
278

279
message CreateInput {
280
  // The symbol of the token.
281
  string symbol = 1;
282
  // The full name of the token.
283
  string token_name = 2;
284
  // The total supply of the token.
285
  int64 total_supply = 3;
286
  // The precision of the token
287
  int32 decimals = 4;
288
  // The address that has permission to issue the token.
289
  aelf.Address issuer = 5;
290
  // A flag indicating if this token is burnable.
291
  bool is_burnable = 6;
292
  // A whitelist address list used to lock tokens.
293
  repeated aelf.Address lock_white_list = 7;
294
  // The chain id of the token.
295
  int32 issue_chain_id = 8;
296
  // The external information of the token.
297
  ExternalInfo external_info = 9;
298
  // The address that owns the token.
299
  aelf.Address owner = 10;
300
}
301

302
message SetPrimaryTokenSymbolInput {
303
  // The symbol of the token.
304
  string symbol = 1;
305
}
306

307
message IssueInput {
308
  // The token symbol to issue.
309
  string symbol = 1;
310
  // The token amount to issue.
311
  int64 amount = 2;
312
  // The memo.
313
  string memo = 3;
314
  // The target address to issue.
315
  aelf.Address to = 4;
316
}
317

318
message TransferInput {
319
  // The receiver of the token.
320
  aelf.Address to = 1;
321
  // The token symbol to transfer.
322
  string symbol = 2;
323
  // The amount to to transfer.
324
  int64 amount = 3;
325
  // The memo.
326
  string memo = 4;
327
}
328

329
message LockInput {
330
  // The one want to lock his token.
331
  aelf.Address address = 1;
332
  // Id of the lock.
333
  aelf.Hash lock_id = 2;
334
  // The symbol of the token to lock.
335
  string symbol = 3;
336
  // a memo.
337
  string usage = 4;
338
  // The amount of tokens to lock.
339
  int64 amount = 5;
340
}
341

342
message UnlockInput {
343
  // The one want to un-lock his token.
344
  aelf.Address address = 1;
345
  // Id of the lock.
346
  aelf.Hash lock_id = 2;
347
  // The symbol of the token to un-lock.
348
  string symbol = 3;
349
  // a memo.
350
  string usage = 4;
351
  // The amount of tokens to un-lock.
352
  int64 amount = 5;
353
}
354

355
message TransferFromInput {
356
  // The source address of the token.
357
  aelf.Address from = 1;
358
  // The destination address of the token.
359
  aelf.Address to = 2;
360
  // The symbol of the token to transfer.
361
  string symbol = 3;
362
  // The amount to transfer.
363
  int64 amount = 4;
364
  // The memo.
365
  string memo = 5;
366
}
367

368
message ApproveInput {
369
  // The address that allowance will be increased.
370
  aelf.Address spender = 1;
371
  // The symbol of token to approve.
372
  string symbol = 2;
373
  // The amount of token to approve.
374
  int64 amount = 3;
375
}
376
message BatchApproveInput {
377
  repeated ApproveInput value = 1;
378
}
379

380
message UnApproveInput {
381
  // The address that allowance will be decreased.
382
  aelf.Address spender = 1;
383
  // The symbol of token to un-approve.
384
  string symbol = 2;
385
  // The amount of token to un-approve.
386
  int64 amount = 3;
387
}
388

389
message BurnInput {
390
  // The symbol of token to burn.
391
  string symbol = 1;
392
  // The amount of token to burn.
393
  int64 amount = 2;
394
}
395

396
message ChargeResourceTokenInput {
397
  // Collection of charge resource token, Symbol->Amount.
398
  map<string, int64> cost_dic = 1;
399
  // The sender of the transaction.
400
  aelf.Address caller = 2;
401
}
402

403
message TransactionFeeBill {
404
  // The transaction fee dictionary, Symbol->fee.
405
  map<string, int64> fees_map = 1;
406
}
407

408
message TransactionFreeFeeAllowanceBill {
409
  // The transaction free fee allowance dictionary, Symbol->fee.
410
  map<string, int64> free_fee_allowances_map = 1;
411
}
412

413
message CheckThresholdInput {
414
  // The sender of the transaction.
415
  aelf.Address sender = 1;
416
  // The threshold to set, Symbol->Threshold.
417
  map<string, int64> symbol_to_threshold = 2;
418
  // Whether to check the allowance.
419
  bool is_check_allowance = 3;
420
}
421

422
message GetTokenInfoInput {
423
  // The symbol of token.
424
  string symbol = 1;
425
}
426

427
message GetBalanceInput {
428
  // The symbol of token.
429
  string symbol = 1;
430
  // The target address of the query.
431
  aelf.Address owner = 2;
432
}
433

434
message GetBalanceOutput {
435
  // The symbol of token.
436
  string symbol = 1;
437
  // The target address of the query.
438
  aelf.Address owner = 2;
439
  // The balance of the owner.
440
  int64 balance = 3;
441
}
442

443
message GetAllowanceInput {
444
  // The symbol of token.
445
  string symbol = 1;
446
  // The address of the token owner.
447
  aelf.Address owner = 2;
448
  // The address of the spender.
449
  aelf.Address spender = 3;
450
}
451

452
message GetAllowanceOutput {
453
  // The symbol of token.
454
  string symbol = 1;
455
  // The address of the token owner.
456
  aelf.Address owner = 2;
457
  // The address of the spender.
458
  aelf.Address spender = 3;
459
  // The amount of allowance.
460
  int64 allowance = 4;
461
}
462

463
message CrossChainTransferInput {
464
  // The receiver of transfer.
465
  aelf.Address to = 1;
466
  // The symbol of token.
467
  string symbol = 2;
468
  // The amount of token to transfer.
469
  int64 amount = 3;
470
  // The memo.
471
  string memo = 4;
472
  // The destination chain id.
473
  int32 to_chain_id = 5;
474
  // The chain id of the token.
475
  int32 issue_chain_id = 6;
476
}
477

478
message CrossChainReceiveTokenInput {
479
  // The source chain id.
480
  int32 from_chain_id = 1;
481
  // The height of the transfer transaction.
482
  int64 parent_chain_height = 2;
483
  // The raw bytes of the transfer transaction.
484
  bytes transfer_transaction_bytes = 3;
485
  // The merkle path created from the transfer transaction.
486
  aelf.MerklePath merkle_path = 4;
487
}
488

489
message IsInWhiteListInput {
490
  // The symbol of token.
491
  string symbol = 1;
492
  // The address to check.
493
  aelf.Address address = 2;
494
}
495

496
message SymbolToPayTxSizeFee{
497
  // The symbol of token.
498
  string token_symbol = 1;
499
  // The charge weight of primary token.
500
  int32 base_token_weight = 2;
501
  // The new added token charge weight. For example, the charge weight of primary Token is set to 1.
502
  // The newly added token charge weight is set to 10. If the transaction requires 1 unit of primary token,
503
  // the user can also pay for 10 newly added tokens.
504
  int32 added_token_weight = 3;
505
}
506

507
message SymbolListToPayTxSizeFee{
508
  // Transaction fee token information.
509
  repeated SymbolToPayTxSizeFee symbols_to_pay_tx_size_fee = 1;
510
}
511

512
message ChargeTransactionFeesInput {
513
  // The method name of transaction.
514
  string method_name = 1;
515
  // The contract address of transaction.
516
  aelf.Address contract_address = 2;
517
  // The amount of transaction size fee.
518
  int64 transaction_size_fee = 3;
519
  // Transaction fee token information.
520
  repeated SymbolToPayTxSizeFee symbols_to_pay_tx_size_fee = 4;
521
}
522

523
message ChargeTransactionFeesOutput {
524
  // Whether the charge was successful.
525
  bool success = 1;
526
  // The charging information.
527
  string charging_information = 2;
528
}
529

530
message CallbackInfo {
531
  aelf.Address contract_address = 1;
532
  string method_name = 2;
533
}
534

535
message ExtraTokenListModified {
536
  option (aelf.is_event) = true;
537
  // Transaction fee token information.
538
  SymbolListToPayTxSizeFee symbol_list_to_pay_tx_size_fee = 1;
539
}
540

541
message GetLockedAmountInput {
542
  // The address of the lock.
543
  aelf.Address address = 1;
544
  // The token symbol.
545
  string symbol = 2;
546
  // The id of the lock.
547
  aelf.Hash lock_id = 3;
548
}
549

550
message GetLockedAmountOutput {
551
  // The address of the lock.
552
  aelf.Address address = 1;
553
  // The token symbol.
554
  string symbol = 2;
555
  // The id of the lock.
556
  aelf.Hash lock_id = 3;
557
  // The locked amount.
558
  int64 amount = 4;
559
}
560

561
message TokenInfoList {
562
  // List of token information.
563
  repeated TokenInfo value = 1;
564
}
565

566
message GetCrossChainTransferTokenContractAddressInput {
567
  // The chain id.
568
  int32 chainId = 1;
569
}
570

571
message CrossChainCreateTokenInput {
572
  // The chain id of the chain on which the token was created.
573
  int32 from_chain_id = 1;
574
  // The height of the transaction that created the token.
575
  int64 parent_chain_height = 2;
576
  // The transaction that created the token.
577
  bytes transaction_bytes = 3;
578
  // The merkle path created from the transaction that created the transaction.
579
  aelf.MerklePath merkle_path = 4;
580
}
581

582
message InitializeFromParentChainInput {
583
  // The amount of resource.
584
  map<string, int32> resource_amount = 1;
585
  // The token contract addresses.
586
  map<int32, aelf.Address> registered_other_token_contract_addresses = 2;
587
  // The creator the side chain.
588
  aelf.Address creator = 3;
589
}
590

591
message UpdateCoefficientsInput {
592
  // The specify pieces gonna update.
593
  repeated int32 piece_numbers = 1;
594
  // Coefficients of one single type.
595
  CalculateFeeCoefficients coefficients = 2;
596
}
597

598
enum FeeTypeEnum {
599
  READ = 0;
600
  STORAGE = 1;
601
  WRITE = 2;
602
  TRAFFIC = 3;
603
  TX = 4;
604
}
605

606
message CalculateFeePieceCoefficients {
607
  // Coefficients of one single piece.
608
  // The first char is its type: liner / power.
609
  // The second char is its piece upper bound.
610
  repeated int32 value = 1;
611
}
612

613
message CalculateFeeCoefficients {
614
  // The resource fee type, like READ, WRITE, etc.
615
  int32 fee_token_type = 1;
616
  // Coefficients of one single piece.
617
  repeated CalculateFeePieceCoefficients piece_coefficients_list = 2;
618
}
619

620
message AllCalculateFeeCoefficients {
621
  // The coefficients of fee Calculation.
622
  repeated CalculateFeeCoefficients value = 1;
623
}
624

625
message TotalTransactionFeesMap
626
{
627
  // Token dictionary that charge transaction fee, Symbol->Amount.
628
  map<string, int64> value = 1;
629
  // The hash of the block processing the transaction.
630
  aelf.Hash block_hash = 2;
631
  // The height of the block processing the transaction.
632
  int64 block_height = 3;
633
}
634

635
message TotalResourceTokensMaps {
636
  // Resource tokens to charge.
637
  repeated ContractTotalResourceTokens value = 1;
638
  // The hash of the block processing the transaction.
639
  aelf.Hash block_hash = 2;
640
  // The height of the block processing the transaction.
641
  int64 block_height = 3;
642
}
643

644
message ContractTotalResourceTokens {
645
  // The contract address.
646
  aelf.Address contract_address = 1;
647
  // Resource tokens to charge.
648
  TotalResourceTokensMap tokens_map = 2;
649
}
650

651
message TotalResourceTokensMap
652
{
653
  // Resource token dictionary, Symbol->Amount.
654
  map<string, int64> value = 1;
655
}
656

657
message StringList {
658
  repeated string value = 1;
659
}
660

661
message TransactionFeeDelegations{
662
  // delegation, symbols and its' amount
663
  map<string, int64> delegations = 1;
664
  // height when added
665
  int64 block_height = 2;
666
  //Whether to pay transaction fee continuously
667
  bool isUnlimitedDelegate = 3;
668
}
669

670
message TransactionFeeDelegatees{
671
  map<string,TransactionFeeDelegations> delegatees = 1;
672
}
673

674
message SetTransactionFeeDelegationsInput {
675
  // the delegator address
676
  aelf.Address delegator_address = 1;
677
  // delegation, symbols and its' amount
678
  map<string, int64> delegations = 2;
679
}
680

681
message SetTransactionFeeDelegationsOutput {
682
  bool success = 1;
683
}
684

685
message RemoveTransactionFeeDelegatorInput{
686
  // the delegator address
687
  aelf.Address delegator_address = 1;
688
}
689

690
message RemoveTransactionFeeDelegateeInput {
691
  // the delegatee address
692
  aelf.Address delegatee_address = 1;
693
}
694

695
message GetTransactionFeeDelegationsOfADelegateeInput {
696
  aelf.Address delegatee_address = 1;
697
  aelf.Address delegator_address = 2;
698
}
699

700
message GetTransactionFeeDelegateesInput {
701
  aelf.Address delegator_address = 1;
702
}
703

704
message GetTransactionFeeDelegateesOutput {
705
  repeated aelf.Address delegatee_addresses = 1;
706
}
707

708
message SetSymbolAliasInput {
709
  string symbol = 1;
710
  string alias = 2;
711
}
712

713
// Events
714

715
message Transferred {
716
  option (aelf.is_event) = true;
717
  // The source address of the transferred token.
718
  aelf.Address from = 1 [(aelf.is_indexed) = true];
719
  // The destination address of the transferred token.
720
  aelf.Address to = 2 [(aelf.is_indexed) = true];
721
  // The symbol of the transferred token.
722
  string symbol = 3 [(aelf.is_indexed) = true];
723
  // The amount of the transferred token.
724
  int64 amount = 4;
725
  // The memo.
726
  string memo = 5;
727
}
728

729
message Approved {
730
  option (aelf.is_event) = true;
731
  // The address of the token owner.
732
  aelf.Address owner = 1 [(aelf.is_indexed) = true];
733
  // The address that allowance be increased.
734
  aelf.Address spender = 2 [(aelf.is_indexed) = true];
735
  // The symbol of approved token.
736
  string symbol = 3 [(aelf.is_indexed) = true];
737
  // The amount of approved token.
738
  int64 amount = 4;
739
}
740

741
message UnApproved {
742
  option (aelf.is_event) = true;
743
  // The address of the token owner.
744
  aelf.Address owner = 1 [(aelf.is_indexed) = true];
745
  // The address that allowance be decreased.
746
  aelf.Address spender = 2 [(aelf.is_indexed) = true];
747
  // The symbol of un-approved token.
748
  string symbol = 3 [(aelf.is_indexed) = true];
749
  // The amount of un-approved token.
750
  int64 amount = 4;
751
}
752

753
message Burned
754
{
755
  option (aelf.is_event) = true;
756
  // The address who wants to burn token.
757
  aelf.Address burner = 1 [(aelf.is_indexed) = true];
758
  // The symbol of burned token.
759
  string symbol = 2 [(aelf.is_indexed) = true];
760
  // The amount of burned token.
761
  int64 amount = 3;
762
}
763

764
message ChainPrimaryTokenSymbolSet {
765
  option (aelf.is_event) = true;
766
  // The symbol of token.
767
  string token_symbol = 1;
768
}
769

770
message CalculateFeeAlgorithmUpdated {
771
  option (aelf.is_event) = true;
772
  // All calculate fee coefficients after modification.
773
  AllCalculateFeeCoefficients all_type_fee_coefficients = 1;
774
}
775

776
message RentalCharged {
777
  option (aelf.is_event) = true;
778
  // The symbol of rental fee charged.
779
  string symbol = 1;
780
  // The amount of rental fee charged.
781
  int64 amount = 2;
782
  // The payer of rental fee.
783
  aelf.Address payer = 3;
784
  // The receiver of rental fee.
785
  aelf.Address receiver = 4;
786
}
787

788
message RentalAccountBalanceInsufficient {
789
  option (aelf.is_event) = true;
790
  // The symbol of insufficient rental account balance.
791
  string symbol = 1;
792
  // The balance of the account.
793
  int64 amount = 2;
794
}
795

796
message TokenCreated {
797
  option (aelf.is_event) = true;
798
  // The symbol of the token.
799
  string symbol = 1;
800
  // The full name of the token.
801
  string token_name = 2;
802
  // The total supply of the token.
803
  int64 total_supply = 3;
804
  // The precision of the token.
805
  int32 decimals = 4;
806
  // The address that has permission to issue the token.
807
  aelf.Address issuer = 5;
808
  // A flag indicating if this token is burnable.
809
  bool is_burnable = 6;
810
  // The chain id of the token.
811
  int32 issue_chain_id = 7;
812
  // The external information of the token.
813
  ExternalInfo external_info = 8;
814
  // The address that owns the token.
815
  aelf.Address owner = 9;
816
}
817

818
message Issued {
819
  option (aelf.is_event) = true;
820
  // The symbol of issued token.
821
  string symbol = 1;
822
  // The amount of issued token.
823
  int64 amount = 2;
824
  // The memo.
825
  string memo = 3;
826
  // The issued target address.
827
  aelf.Address to = 4;
828
}
829

830
message CrossChainTransferred {
831
  option (aelf.is_event) = true;
832
  // The source address of the transferred token.
833
  aelf.Address from = 1;
834
  // The destination address of the transferred token.
835
  aelf.Address to = 2;
836
  // The symbol of the transferred token.
837
  string symbol = 3;
838
  // The amount of the transferred token.
839
  int64 amount = 4;
840
  // The memo.
841
  string memo = 5;
842
  // The destination chain id.
843
  int32 to_chain_id = 6;
844
  // The chain id of the token.
845
  int32 issue_chain_id = 7;
846
}
847

848
message CrossChainReceived {
849
  option (aelf.is_event) = true;
850
  // The source address of the transferred token.
851
  aelf.Address from = 1;
852
  // The destination address of the transferred token.
853
  aelf.Address to = 2;
854
  // The symbol of the received token.
855
  string symbol = 3;
856
  // The amount of the received token.
857
  int64 amount = 4;
858
  // The memo.
859
  string memo = 5;
860
  // The destination chain id.
861
  int32 from_chain_id = 6;
862
  // The chain id of the token.
863
  int32 issue_chain_id = 7;
864
  // The parent chain height of the transfer transaction.
865
  int64 parent_chain_height = 8;
866
  // The id of transfer transaction.
867
  aelf.Hash transfer_transaction_id =9;
868
}
869

870
message TransactionFeeDelegationAdded {
871
  option (aelf.is_event) = true;
872
  aelf.Address delegator = 1 [(aelf.is_indexed) = true];
873
  aelf.Address delegatee = 2 [(aelf.is_indexed) = true];
874
  aelf.Address caller = 3 [(aelf.is_indexed) = true];
875
}
876

877
message TransactionFeeDelegationCancelled {
878
  option (aelf.is_event) = true;
879
  aelf.Address delegator = 1 [(aelf.is_indexed) = true];
880
  aelf.Address delegatee = 2 [(aelf.is_indexed) = true];
881
  aelf.Address caller = 3 [(aelf.is_indexed) = true];
882
}
883

884
message SymbolAliasAdded {
885
  option (aelf.is_event) = true;
886
  string symbol = 1 [(aelf.is_indexed) = true];
887
  string alias = 2 [(aelf.is_indexed) = true];
888
}
889

890
message SymbolAliasDeleted {
891
  option (aelf.is_event) = true;
892
  string symbol = 1 [(aelf.is_indexed) = true];
893
  string alias = 2 [(aelf.is_indexed) = true];
894
}

1
using AElf.Contracts.MultiToken;
2

3
namespace AElf.Contracts.LotteryGame
4
{
5
    public partial class LotteryGameState
6
    {
7
        internal TokenContractContainer.TokenContractReferenceState TokenContract { get; set; }
8
    }
9
}

1
using AElf.Contracts.MultiToken;
2
using AElf.Sdk.CSharp;
3
using AElf.Types;
4
using Google.Protobuf.WellKnownTypes;
5

6
namespace AElf.Contracts.LotteryGame
7
{
8
    // Contract class must inherit the base class generated from the proto file
9
    public class LotteryGame : LotteryGameContainer.LotteryGameBase
10
    {
11
        private const string TokenContractAddress = "ASh2Wt7nSEmYqnGxPPzp4pnVDU4uhj1XW9Se5VeZcX2UDdyjx"; // tDVW token contract address
12
        private const string TokenSymbol = "ELF";
13
        private const long MinimumPlayAmount = 1_000_000; // 0.01 ELF
14
        private const long MaximumPlayAmount = 1_000_000_000; // 10 ELF
15

16
        // Initializes the contract
17
        public override Empty Initialize(Empty input)
18
        {
19
            // Check if the contract is already initialized
20
            Assert(State.Initialized.Value == false, "Already initialized.");
21
            // Set the contract state
22
            State.Initialized.Value = true;
23
            // Set the owner address
24
            State.Owner.Value = Context.Sender;
25

26
            // Initialize the token contract
27
            State.TokenContract.Value = Address.FromBase58(TokenContractAddress);
28

29
            return new Empty();
30
        }
31

32
        // Plays the lottery game with a specified amount of tokens.
33
        // The method checks if the play amount is within the limit.
34
        // If the player wins, tokens are transferred from the contract to the sender and a PlayOutcomeEvent is fired with the won amount.
35
        // If the player loses, tokens are transferred from the sender to the contract and a PlayOutcomeEvent is fired with the lost amount.
36
        public override Empty Play(Int64Value input)
37
        {
38
            var playAmount = input.Value;
39

40
            // Check if input amount is within the limit
41
            Assert(playAmount is >= MinimumPlayAmount and <= MaximumPlayAmount, "Invalid play amount.");
42

43
            // Check if the sender has enough tokens
44
            var balance = State.TokenContract.GetBalance.Call(new GetBalanceInput
45
            {
46
                Owner = Context.Sender,
47
                Symbol = TokenSymbol
48
            }).Balance;
49
            Assert(balance >= playAmount, "Insufficient balance.");
50

51
            // Check if the contract has enough tokens
52
            var contractBalance = State.TokenContract.GetBalance.Call(new GetBalanceInput
53
            {
54
                Owner = Context.Self,
55
                Symbol = TokenSymbol
56
            }).Balance;
57
            Assert(contractBalance >= playAmount, "Insufficient contract balance.");
58

59
            if(IsWinner())
60
            {
61
                // Transfer the token from the contract to the sender
62
                State.TokenContract.Transfer.Send(new TransferInput
63
                {
64
                    To = Context.Sender,
65
                    Symbol = TokenSymbol,
66
                    Amount = playAmount
67
                });
68

69
                // Emit an event to notify listeners about the outcome
70
                Context.Fire(new PlayOutcomeEvent
71
                {
72
                    Amount = input.Value,
73
                    Won = playAmount
74
                });
75
            }
76
            else
77
            {
78
                // Transfer the token from the sender to the contract
79
                State.TokenContract.TransferFrom.Send(new TransferFromInput
80
                {
81
                    From = Context.Sender,
82
                    To = Context.Self,
83
                    Symbol = TokenSymbol,
84
                    Amount = playAmount
85
                });
86

87
                // Emit an event to notify listeners about the outcome
88
                Context.Fire(new PlayOutcomeEvent
89
                {
90
                    Amount = input.Value,
91
                    Won = -playAmount
92
                });
93
            }
94

95
            return new Empty();
96
        }
97

98
        // Withdraws a specified amount of tokens from the contract.
99
        // This method can only be called by the owner of the contract.
100
        // After the tokens are transferred, a WithdrawEvent is fired to notify any listeners about the withdrawal.
101
        public override Empty Withdraw(Int64Value input)
102
        {
103
            AssertIsOwner();
104

105
            // Transfer the token from the contract to the sender
106
            State.TokenContract.Transfer.Send(new TransferInput
107
            {
108
                To = Context.Sender,
109
                Symbol = TokenSymbol,
110
                Amount = input.Value
111
            });
112

113
            // Emit an event to notify listeners about the withdrawal
114
            Context.Fire(new WithdrawEvent
115
            {
116
                Amount = input.Value,
117
                From = Context.Self,
118
                To = State.Owner.Value
119
            });
120

121
            return new Empty();
122
        }
123

124
        // Deposits a specified amount of tokens into the contract.
125
        // This method can only be called by the owner of the contract.
126
        // After the tokens are transferred, a DepositEvent is fired to notify any listeners about the deposit.
127
       public override Empty Deposit(Int64Value input)
128
        {
129
            AssertIsOwner();
130

131
            // Transfer the token from the sender to the contract
132
            State.TokenContract.TransferFrom.Send(new TransferFromInput
133
            {
134
                From = Context.Sender,
135
                To = Context.Self,
136
                Symbol = TokenSymbol,
137
                Amount = input.Value
138
            });
139

140
            // Emit an event to notify listeners about the deposit
141
            Context.Fire(new DepositEvent
142
            {
143
                Amount = input.Value,
144
                From = Context.Sender,
145
                To = Context.Self
146
            });
147

148
            return new Empty();
149
        }
150

151
        // Transfers the ownership of the contract to a new owner.
152
        // This method can only be called by the current owner of the contract.
153
        public override Empty TransferOwnership(Address input)
154
        {
155
            AssertIsOwner();
156

157
            // Set the new owner address
158
            State.Owner.Value = input;
159

160
            return new Empty();
161
        }
162

163
        // A method that read the contract's play amount limit
164
        public override PlayAmountLimitMessage GetPlayAmountLimit(Empty input)
165
        {
166
            // Wrap the value in the return type
167
            return new PlayAmountLimitMessage
168
            {
169
                MinimumAmount = MinimumPlayAmount,
170
                MaximumAmount = MaximumPlayAmount
171
            };
172
        }
173

174
        // A method that read the contract's current balance
175
        public override Int64Value GetContractBalance(Empty input)
176
        {
177
            // Get the balance of the contract
178
            var balance = State.TokenContract.GetBalance.Call(new GetBalanceInput
179
            {
180
                Owner = Context.Self,
181
                Symbol = TokenSymbol
182
            }).Balance;
183

184
            // Wrap the value in the return type
185
            return new Int64Value
186
            {
187
                Value = balance
188
            };
189
        }
190

191
        // A method that read the contract's owner
192
        public override StringValue GetOwner(Empty input)
193
        {
194
            return State.Owner.Value == null ? new StringValue() : new StringValue {Value = State.Owner.Value.ToBase58()};
195
        }
196

197
        // Determines if the player is a winner.
198
        // This method generates a random number based on the current block height and checks if it's equal to 0.
199
        // If the random number is 0, the player is considered a winner.
200
        private bool IsWinner()
201
        {
202
            var randomNumber = Context.CurrentHeight % 2;
203
            return randomNumber == 0;
204
        }
205

206
        // This method is used to ensure that only the owner of the contract can perform certain actions.
207
        // If the context sender is not the owner, an exception is thrown with the message "Unauthorized to perform the action."
208
        private void AssertIsOwner()
209
        {
210
            Assert(Context.Sender == State.Owner.Value, "Unauthorized to perform the action.");
211
        }
212
    }
213

214
}

1
dotnet build

1
aelf-command create

1
? Save account info into a file? (Y/n) Y

1
export WALLET_PASSWORD="YOUR_WALLET_PASSWORD"

1
export WALLET_ADDRESS="YOUR_WALLET_ADDRESS"
2
curl -X POST "https://faucet.aelf.dev/api/claim?walletAddress=$WALLET_ADDRESS" -H "accept: application/json" -d ""

1
aelf-command call ASh2Wt7nSEmYqnGxPPzp4pnVDU4uhj1XW9Se5VeZcX2UDdyjx -a $WALLET_ADDRESS -p $WALLET_PASSWORD -e https://tdvw-test-node.aelf.io GetBalance

1
Enter the required param <symbol>: ELF
2
Enter the required param <owner>: $WALLET_ADDRESS

1
export CONTRACT_PATH=$(find ~+ . -path "*patched*" | head -n 1)

1
aelf-deploy -a $WALLET_ADDRESS -p $WALLET_PASSWORD -c $CONTRACT_PATH -e https://tdvw-test-node.aelf.io/

1
export CONTRACT_ADDRESS="YOUR_SMART_CONTRACT_ADDRESS e.g. 2LUmicHyH4RXrMjG4beDwuDsiWJESyLkgkwPdGTR8kahRzq5XS"

1
aelf-command send ASh2Wt7nSEmYqnGxPPzp4pnVDU4uhj1XW9Se5VeZcX2UDdyjx -a $WALLET_ADDRESS -p $WALLET_PASSWORD -e https://tdvw-test-node.aelf.io Approve

1
Enter the params one by one, type `Enter` to skip optional param:
2
? Enter the required param <spender>: "INSERT_YOUR_CONTRACT_ADDRESS_HERE"
3
? Enter the required param <symbol>: ELF
4
? Enter the required param <amount>: 9000000000

1
aelf-command send $CONTRACT_ADDRESS -a $WALLET_ADDRESS -p $WALLET_PASSWORD -e https://tdvw-test-node.aelf.io Initialize

1
aelf-command send $CONTRACT_ADDRESS -a $WALLET_ADDRESS -p $WALLET_PASSWORD -e https://tdvw-test-node.aelf.io Deposit

1
aelf-command send $CONTRACT_ADDRESS -a $WALLET_ADDRESS -p $WALLET_PASSWORD -e https://tdvw-test-node.aelf.io Play

1
aelf-command call ASh2Wt7nSEmYqnGxPPzp4pnVDU4uhj1XW9Se5VeZcX2UDdyjx -a $WALLET_ADDRESS -p $WALLET_PASSWORD -e https://tdvw-test-node.aelf.io GetBalance

1
Enter the required param <symbol>: ELF
2
Enter the required param <owner>: $WALLET_ADDRESS