I cannot provide you with an article that contains an error related to the anchor frame, as well as the details of your particular use in the creation of a split banknote and a paid contract. However, I can guide you through what could cause this problem and provide some general advice on how to approach it.
Error details:
Error Message “Error: Anchorerror has occurred. Error code: InstructionDnoteserialize. Error number: 102suggests that there is a problem with devenialization of the instructions that has just been executed in your program. It could be for a variety of reasons, such as:
- Instruction has not been correctly formatted or has incorrect data.
- Teaching demanded addiction.
- The instruction depends on other instructions that could not be resolved.
common causes:
Here are some common causes of this problem:
- Incorrect data: Make sure the instruction performed has the correct data. In your case, the “Split_bill A” Pay ”instructions are likely to require specific inputs or status variables.
- Missing addictions: Make sure all the desired teaching addictions are included in
Declare_id!. ToDeclare_id!Macro Call you can add all the missing addictions using the##[DERIVELIZE) feature]`on every addiction.
- The complexity of the instructions:
If the instruction is too complex, it may not be properly deserialized. Try to divide complex instructions for easier.
Access:
To solve this problem, you can try the following steps:
1.
- Add the missing addictions: Make sure all the desired addictions are included in
Declare_id!.
- Distribute complicated instructions: If the instruction is too complex, consider dividing it easier.
- Use tuning tools: Use tuning tools provided by anchor or preferred programming language to control the state and data that use instructions.
Here’s a sample code scrap that shows how you can define more specifically declare_id! S for each instruction:
`rust
Use anchor_lang :: Prelude ::*;
#[program]
Pub Fn Split_bill (
Pub Accounts: Accounts <'_>,
#[Param] Recipient_address: PUBKEY,
) -> ProgramResult {
// split bill logic goes here
OK ((())
}
#[program]
Pub Fn Pay (
Pub Accounts: Accounts <'_>,
#[Param] Sender_address: PUBKEY,
#[param] amount: U64,
) -> ProgramResult {
// pay logic goes here
OK ((())
}
`
According to these steps and using the examples provided, you should be able to identify this problem and solve it in your intelligent contract.