John Snow writes:
> On 8/4/20 1:33 AM, Markus Armbruster wrote:
>> John Snow writes:
>>
>>> On 8/3/20 1:25 PM, Eric Blake wrote:
On 8/3/20 11:49 AM, John Snow wrote:
> UNION is split into two primary forms:
>
> 1. Simple (No discriminator nor base)
> 2. Flat (Discriminator
On 8/4/20 1:33 AM, Markus Armbruster wrote:
> John Snow writes:
>
>> On 8/3/20 1:25 PM, Eric Blake wrote:
>>> On 8/3/20 11:49 AM, John Snow wrote:
UNION is split into two primary forms:
1. Simple (No discriminator nor base)
2. Flat (Discriminator and base)
In
John Snow writes:
> On 8/3/20 1:25 PM, Eric Blake wrote:
>> On 8/3/20 11:49 AM, John Snow wrote:
>>> UNION is split into two primary forms:
>>>
>>> 1. Simple (No discriminator nor base)
>>> 2. Flat (Discriminator and base)
>>>
>>> In expr.py, I notice that we modify the perceived type of the
>>>
On 8/3/20 1:25 PM, Eric Blake wrote:
On 8/3/20 11:49 AM, John Snow wrote:
UNION is split into two primary forms:
1. Simple (No discriminator nor base)
2. Flat (Discriminator and base)
In expr.py, I notice that we modify the perceived type of the 'type'
expression based on the two union
On 8/3/20 11:49 AM, John Snow wrote:
UNION is split into two primary forms:
1. Simple (No discriminator nor base)
2. Flat (Discriminator and base)
In expr.py, I notice that we modify the perceived type of the 'type'
expression based on the two union forms.
1a. Simple unions allow Array[T]
UNION is split into two primary forms:
1. Simple (No discriminator nor base)
2. Flat (Discriminator and base)
In expr.py, I notice that we modify the perceived type of the 'type'
expression based on the two union forms.
1a. Simple unions allow Array[T]
1b. Flat unions disallow Array[T]
From
