algopy_testing.op.pure

Module Contents

Classes

`Base64`	Create a collection of name/value pairs.
`JsonRef`

Functions

`addw`(→ tuple[algopy_testing.UInt64, …)
`bitlen`(→ algopy_testing.UInt64)
`bsqrt`(→ algopy_testing.BigUInt)
`btoi`(→ algopy_testing.UInt64)
`bzero`(→ algopy_testing.Bytes)
`divmodw`(→ tuple[algopy_testing.UInt64, …)
`divw`(→ algopy_testing.UInt64)
`exp`(→ algopy_testing.UInt64)
`expw`(→ tuple[algopy_testing.UInt64, …)
`extract`(→ algopy_testing.Bytes)
`extract_uint16`(→ algopy_testing.UInt64)
`extract_uint32`(→ algopy_testing.UInt64)
`extract_uint64`(→ algopy_testing.UInt64)
`getbit`(→ bool)
`getbyte`(→ algopy_testing.UInt64)
`itob`(→ algopy_testing.Bytes)
`mulw`(→ tuple[algopy_testing.UInt64, …)
`replace`(→ algopy_testing.Bytes)
`select_bytes`(→ algopy_testing.Bytes)
`select_uint64`(→ algopy_testing.UInt64)
`setbit_bytes`(→ algopy_testing.Bytes)
`setbit_uint64`(→ algopy_testing.UInt64)
`setbyte`(→ algopy_testing.Bytes)
`shl`(→ algopy_testing.UInt64)
`shr`(→ algopy_testing.UInt64)
`sqrt`(→ algopy_testing.UInt64)
`substring`(→ algopy_testing.Bytes)
`concat`(→ algopy_testing.Bytes)
`base64_decode`(→ algopy_testing.Bytes)

addw(a: UInt64 | int, b: UInt64 | int) → tuple[algopy_testing.UInt64, UInt64]

bitlen(a: Bytes | UInt64 | bytes | int) → UInt64

bsqrt(a: BigUInt | int) → BigUInt

btoi(a: Bytes | bytes) → UInt64

bzero(a: UInt64 | int) → Bytes

divmodw(a: UInt64 | int, b: UInt64 | int, c: UInt64 | int, d: UInt64 | int) → tuple[algopy_testing.UInt64, UInt64, UInt64, UInt64]

divw(a: UInt64 | int, b: UInt64 | int, c: UInt64 | int) → UInt64

exp(a: UInt64 | int, b: UInt64 | int) → UInt64

expw(a: UInt64 | int, b: UInt64 | int) → tuple[algopy_testing.UInt64, UInt64]

extract(a: Bytes | bytes, b: UInt64 | int, c: UInt64 | int) → Bytes

extract_uint16(a: Bytes | bytes, b: UInt64 | int) → UInt64

extract_uint32(a: Bytes | bytes, b: UInt64 | int) → UInt64

extract_uint64(a: Bytes | bytes, b: UInt64 | int) → UInt64

getbit(a: Bytes | UInt64 | bytes | int, b: UInt64 | int) → bool

getbyte(a: Bytes | bytes, b: UInt64 | int) → UInt64

itob(a: UInt64 | int) → Bytes

mulw(a: UInt64 | int, b: UInt64 | int) → tuple[algopy_testing.UInt64, UInt64]

replace(a: Bytes | bytes, b: UInt64 | int, c: Bytes | bytes) → Bytes

select_bytes(a: Bytes | bytes, b: Bytes | bytes, c: bool | UInt64 | int) → Bytes

select_uint64(a: UInt64 | int, b: UInt64 | int, c: bool | UInt64 | int) → UInt64

setbit_bytes(a: Bytes | bytes, b: UInt64 | int, c: bool) → Bytes

setbit_uint64(a: UInt64 | int, b: UInt64 | int, c: bool) → UInt64

setbyte(a: Bytes | bytes, b: UInt64 | int, c: UInt64 | int) → Bytes

shl(a: UInt64 | int, b: UInt64 | int) → UInt64

shr(a: UInt64 | int, b: UInt64 | int) → UInt64

sqrt(a: UInt64 | int) → UInt64

substring(a: Bytes | bytes, b: UInt64 | int, c: UInt64 | int) → Bytes

concat(a: Bytes | bytes, b: Bytes | bytes) → Bytes

class Base64

Bases: enum.Enum

Create a collection of name/value pairs.

Example enumeration:

class Color(Enum):
    RED = 1
    BLUE = 2
    GREEN = 3

Access them by:

attribute access:
```
Color.RED
<Color.RED: 1>
```
value lookup:
```
Color(1)
<Color.RED: 1>
```
name lookup:
```
Color['RED']
<Color.RED: 1>
```

Enumerations can be iterated over, and know how many members they have:

len(Color)
3

list(Color)
[<Color.RED: 1>, <Color.BLUE: 2>, <Color.GREEN: 3>]

Methods can be added to enumerations, and members can have their own attributes – see the documentation for details.