a61e8dcb62
This change helps the transition between `dagger input` and `#Plan.context`. In summary, the codebase now relies on a *context* for execution with mapping to *IDs*. In the future, *context* will come from a `#Plan.context`. In the meantime, a bridge converts `dagger input` to a plan context. This allows both *old* and *new* style configurations to co-exist with the same underlying engine. - Implement `plancontext`. Context holds the execution context for a plan. Currently this includes the platform, local directories, secrets and services (e.g. unix/npipe). - Contextual data can be registered at any point. In the future, this will be done by `#Plan.context` - Migrated the `dagger input` codebase to register inputs in a `plancontext` - Migrated low-level types/operations to the *Context ID* pattern. - `dagger.#Stream` now only includes an `id` (instead of `unix` path) - `dagger.#Secret` still includes only an ID, but now it's based off `plancontext` - `op.#Local` now only includes an `id` (instead of `path`, `include`, `exclude`. Signed-off-by: Andrea Luzzardi <aluzzardi@gmail.com>
30 lines
442 B
Go
30 lines
442 B
Go
package plancontext
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import "sync"
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type serviceContext struct {
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l sync.RWMutex
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store map[ContextKey]*Service
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}
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type Service struct {
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Unix string
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Npipe string
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}
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func (c *serviceContext) Register(service *Service) ContextKey {
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c.l.Lock()
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defer c.l.Unlock()
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id := hashID(service)
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c.store[id] = service
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return id
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}
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func (c *serviceContext) Get(id ContextKey) *Service {
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c.l.RLock()
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defer c.l.RUnlock()
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return c.store[id]
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}
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