devol_accounts_kit/instructions_data/constructors/
option_trade_debug.rs

1use std::error::Error;
2use crate::instructions_data::constructors::option_trade::OptionTradeParams;
3use crate::instructions_data::dvl_instruction_data::{DvlInstructionData, DvlInstruction};
4use crate::instructions_data::instructions::Instructions;
5use crate::instructions_data::option_trade::{InstructionOptionTrade};
6use crate::instructions_data::option_trade_debug::{InstructionOptionTradeDebug, OptionTradeDebugParams};
7
8impl<'a> DvlInstructionData<'a> for InstructionOptionTradeDebug {
9    type DvlInstrParams = OptionTradeDebugParams<'a>;
10
11    fn new(params: Self::DvlInstrParams) -> Result<Box<Self>, Box<dyn Error>> where Self: Sized {
12        let trade_params = OptionTradeParams {
13            basket: params.basket,
14            max_cost: params.max_cost,
15            trade_qty: params.trade_qty,
16        };
17        let mut option_trade = DvlInstruction::new::<InstructionOptionTrade>(trade_params)?;
18        option_trade.cmd = Instructions::OptionTradeDebug as u8;
19        Ok(Box::new(InstructionOptionTradeDebug {
20            option_trade: *option_trade,
21            underlying_price: params.underlying_price,
22            time_to_expiration: params.time_to_expiration,
23        }))
24    }
25}
26
27#[cfg(test)]
28impl Default for InstructionOptionTradeDebug {
29    fn default() -> Self {
30        InstructionOptionTradeDebug {
31            option_trade: InstructionOptionTrade::default(),
32            time_to_expiration: 0,
33            underlying_price: 0,
34        }
35    }
36}
37
38#[cfg(test)]
39mod tests {
40    use super::*;
41    use crate::constants::BUCKETS_COUNT;
42    use crate::instructions_data::option_trade_debug::INSTRUCTION_OPTION_TRADE_DEBUG_DATA_SIZE;
43
44    #[test]
45    fn test_default_instruction_option_trade_debug() {
46        let debug_trade = InstructionOptionTradeDebug::default();
47
48        assert_eq!(debug_trade.time_to_expiration, 0, "The default value for time_to_expiration should be zero.");
49        assert_eq!(debug_trade.underlying_price, 0, "The default value for underlying_price should be zero.");
50    }
51
52    #[test]
53    fn test_specific_instruction_option_trade_debug() {
54        let test_max_cost = 200;
55        let test_trade_qty = [100; BUCKETS_COUNT];
56        let test_time_to_expiration = 3600;
57        let test_underlying_price = 50000;
58
59        let params = OptionTradeDebugParams {
60            trade_qty: test_trade_qty,
61            max_cost: Some(test_max_cost),
62            basket: None,
63            time_to_expiration: test_time_to_expiration,
64            underlying_price: test_underlying_price,
65        };
66
67        let debug_trade_result = InstructionOptionTradeDebug::new(params);
68        assert!(debug_trade_result.is_ok());
69
70        let debug_trade = debug_trade_result.unwrap();
71        assert_eq!(debug_trade.time_to_expiration, test_time_to_expiration);
72        assert_eq!(debug_trade.underlying_price, test_underlying_price);
73        assert_eq!(debug_trade.option_trade.cmd, Instructions::OptionTradeDebug as u8);
74        assert_eq!(debug_trade.option_trade.max_cost, test_max_cost);
75        assert_eq!(debug_trade.option_trade.trade_qty, test_trade_qty);
76    }
77
78    #[test]
79    fn test_as_vec_le_instruction_option_trade_debug() {
80        let trade_params = OptionTradeDebugParams {
81            trade_qty: [0; BUCKETS_COUNT],
82            basket: None,
83            max_cost: None,
84            time_to_expiration: 0,
85            underlying_price: 0,
86        };
87        let data = DvlInstruction::new::<InstructionOptionTradeDebug>(trade_params).unwrap();
88        let buf = data.to_vec_le();
89        assert_eq!(buf.len(), INSTRUCTION_OPTION_TRADE_DEBUG_DATA_SIZE);
90    }
91
92}
devol_accounts_kit/instructions_data/constructors/option_trade_debug.rs

devol_accounts_kit/instructions_data/constructors/
option_trade_debug.rs
