Export template source from be30143a326d5d7d7b0cbabea5bc5ac0301ef5b9:examples/local-first/workspaces/language-reader-studio

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Quixos Template Publisher
2000-01-01 00:00:00 +00:00
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{
"monorepoCommit": "be30143a326d5d7d7b0cbabea5bc5ac0301ef5b9",
"sourcePath": "examples/local-first/workspaces/language-reader-studio"
}
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fragment {
import package AgentPresentation;
import "presentation/model.qx";
type AgentSubmission = record {text:string;data:optional<string>;profile:optional<string>;response:optional<string>;sourceKind:string;sourceLabel:string;publication:optional<string>;createdAt:string;contexts:list<interface-ref<AgentContextSubject>>;related:optional<atom-ref<AgentRequestObject>>;retryOf:optional<atom-ref<AgentRequestObject>>;root:optional<atom-ref<AgentRequestObject>>;causalDepth:uint32;};
type AgentAdmission = record {accepted:bool;reason:optional<string>;thread:optional<atom-ref<AgentThreadObject>>;request:optional<atom-ref<AgentRequestObject>>;};
type DirectoryData = record {sequence:uint64;pending:uint32;ordinaryPending:uint32;notificationPending:uint32;profiles:string;availability:string;};
type ThreadData = record {title:string;kind:string;archived:bool;sequence:uint64;pending:uint32;nextItem:uint64;updatedAt:string;};
type AgentData = record {name:string;description:string;enabled:bool;settings:string;};
type RequestData = record {text:string;data:optional<string>;configuration:string;configurationDigest:string;responseKind:string;sequence:uint64;createdAt:string;sourceKind:string;sourceLabel:string;publication:optional<string>;causalDepth:uint32;interactive:bool;};
type RequestState = record {status:string;attempt:string;generation:uint32;reason:string;result:optional<string>;rawOutput:optional<string>;usage:optional<string>;startedAt:optional<string>;endedAt:optional<string>;cancelRequested:bool;retryCount:uint32;notificationPending:bool;};
type ItemData = record {key:string;kind:string;text:string;phase:string;activity:optional<string>;presentation:optional<string>;sequence:uint64;version:uint64;createdAt:string;updatedAt:string;control:optional<record {attempt:string;generation:uint32;status:string;reason:string;}>;};
type QuestionData = record {key:string;title:string;options:string;status:string;answer:optional<string>;createdAt:string;expiresAt:string;attempt:string;generation:uint32;};
import interface AgentWorkspace;
import interface AgentDirectory;
import interface Agent;
import interface AgentThread;
import interface AgentRequest;
import interface AgentItem;
import interface AgentQuestion;
import interface AgentContextSubject;
import package AgentRuntime;
atom AgentDirectoryObject id "atom:org.quixos.agent:directory";
atom AgentObject id "atom:org.quixos.agent:agent";
atom AgentThreadObject id "atom:org.quixos.agent:thread";
atom AgentRequestObject id "atom:org.quixos.agent:request";
atom AgentItemObject id "atom:org.quixos.agent:item";
atom AgentQuestionObject id "atom:org.quixos.agent:question";
atom AgentCompletionStreamObject id "atom:org.quixos.agent:completion-stream";
type AgentCompletion = record {request:atom-ref<AgentRequestObject>;thread:atom-ref<AgentThreadObject>;status:string;};
conform Canvas as AgentWorkspace id "agent:conformance:workspace" {
private edge Linkworkspaceagents id "agent:workspace:agents:edge" {atom Canvas projection agents id "agent:workspace:agents:projection" optional-one on-delete "detach" public-traversal;atom AgentDirectoryObject projection workspaces id "agent:directory:workspaces:projection" many on-delete "detach" public-traversal;}
bind agents.resolve to edge Linkworkspaceagents.agents.resolve;
bind install.call to package AgentRuntime.workspace_install with {agents to edge Linkworkspaceagents.agents;
create_directory to creation AgentDirectoryObject with {AgentDirectory from input;};
directory to interface AgentDirectory from input;};
}
conform AgentDirectoryObject as AgentDirectory id "agent:conformance:directory" {
private state directorydata id "agent:storage:directory:data" on AgentDirectoryObject : DirectoryData policy register;
private edge Linkdirectorypending id "agent:directory:pending:edge" {atom AgentDirectoryObject projection pending id "agent:directory:pending:projection" many-unique on-delete "detach" public-traversal;atom AgentRequestObject projection pendingIn id "agent:request:pendingIn:projection" many on-delete "detach" public-traversal;}
private edge Linkdirectorynotifications id "agent:directory:notifications:edge" {atom AgentDirectoryObject projection notifications id "agent:directory:notifications:projection" many-unique on-delete "detach" public-traversal;atom AgentRequestObject projection notificationIn id "agent:request:notificationIn:projection" many on-delete "detach" public-traversal;}
private edge LinkdirectorydefaultAgent id "agent:directory:defaultAgent:edge" {atom AgentDirectoryObject projection defaultAgent id "agent:directory:defaultAgent:projection" optional-one on-delete "detach" public-traversal;atom AgentObject projection defaultIn id "agent:agent:defaultIn:projection" many on-delete "detach" public-traversal;}
private edge LinkdirectoryinitialThread id "agent:directory:initialThread:edge" {atom AgentDirectoryObject projection initialThread id "agent:directory:initialThread:projection" optional-one on-delete "detach" public-traversal;atom AgentThreadObject projection initialIn id "agent:thread:initialIn:projection" many on-delete "detach" public-traversal;}
private edge Linkdirectoryrepairs id "agent:directory:repairs:edge" {atom AgentDirectoryObject projection repairs id "agent:directory:repairs:projection" many-unique on-delete "detach" keyed "string";atom AgentRequestObject projection repairDirectory id "agent:request:repair-directory:projection" many on-delete "detach";}
initialize {data to state directorydata;};
bind data.get to state directorydata.read;
bind agents.resolve to edge Linkagentdirectory.agents.resolve;
bind threads.resolve to edge Linkthreaddirectory.threads.resolve;
bind pending.resolve to edge Linkdirectorypending.pending.resolve;
bind notifications.resolve to edge Linkdirectorynotifications.notifications.resolve;
bind defaultAgent.resolve to edge LinkdirectorydefaultAgent.defaultAgent.resolve;
bind initialThread.resolve to edge LinkdirectoryinitialThread.initialThread.resolve;
bind createAgent.call to package AgentRuntime.directory_createAgent with {create_agent to creation AgentObject with {Agent from input;};
create_stream to creation AgentCompletionStreamObject with {};};
bind createThread.call to package AgentRuntime.directory_createThread with {data to state directorydata;
create_thread to creation AgentThreadObject with {AgentThread from input;};
agent to interface Agent from input;};
bind admit.call to package AgentRuntime.directory_admit with {data to state directorydata;
root to interface AgentRequest from input;
pending to edge Linkdirectorypending.pending;
create_request to creation AgentRequestObject with {AgentRequest from input;};
create_item to creation AgentItemObject with {AgentItem from input;};
agent to interface Agent from input;
thread to interface AgentThread from input;
directory to interface AgentDirectory from input;};
bind reconcileRepair.call to package AgentRuntime.directory_reconcileRepair with {data to state directorydata;repairs to edge Linkdirectoryrepairs.repairs;pending to edge Linkdirectorypending.pending;defaultAgent to edge LinkdirectorydefaultAgent.defaultAgent;initialThread to edge LinkdirectoryinitialThread.initialThread;create_request to creation AgentRequestObject with {AgentRequest from input;};create_item to creation AgentItemObject with {AgentItem from input;};request to interface AgentRequest from input;thread to interface AgentThread from input;};
bind settle.call to package AgentRuntime.directory_settle with {data to state directorydata;
pending to edge Linkdirectorypending.pending;
notifications to edge Linkdirectorynotifications.notifications;
thread to interface AgentThread from input;};
bind advertise.call to package AgentRuntime.directory_advertise with {data to state directorydata;};
bind initialize.call to package AgentRuntime.directory_initialize with {defaultAgent to edge LinkdirectorydefaultAgent.defaultAgent;
initialThread to edge LinkdirectoryinitialThread.initialThread;
directory to interface AgentDirectory from input;};
bind notificationSent.call to package AgentRuntime.directory_notificationSent with {notifications to edge Linkdirectorynotifications.notifications;data to state directorydata;};
}
conform AgentObject as Agent id "agent:conformance:agent" {
private state agentdata id "agent:storage:agent:data" on AgentObject : AgentData policy register;
private state agentinstructions id "agent:storage:agent:instructions" on AgentObject : string policy crdt(string);
private edge Linkagentdirectory id "agent:agent:directory:edge" {atom AgentObject projection directory id "agent:agent:directory:projection" exactly-one on-delete "detach" public-traversal;atom AgentDirectoryObject projection agents id "agent:directory:agents:projection" many-unique on-delete "detach" public-traversal;}
private edge Linkagentcompletions id "agent:agent:completions:edge" {atom AgentObject projection completions id "agent:agent:completions:projection" exactly-one on-delete "detach" public-traversal;interface EventStream<AgentCompletion> projection agentOwners id "agent:agent:completions:owners" many on-delete "detach";}
initialize {data to state agentdata;instructions to state agentinstructions;directory to edge Linkagentdirectory.directory;completions to edge Linkagentcompletions.completions;};
bind data.get to state agentdata.read;
bind instructions.get to state agentinstructions.read;
bind instructions.edit to state agentinstructions.edit;
bind directory.resolve to edge Linkagentdirectory.directory.resolve;
bind threads.resolve to edge Linkthreadagent.threads.resolve;
bind completions.resolve to edge Linkagentcompletions.completions.resolve;
bind update.call to package AgentRuntime.agent_update with {data to state agentdata;};
bind createThread.call to package AgentRuntime.agent_createThread with {agent to interface Agent from input;
directory to interface AgentDirectory from input;};
bind request.call to package AgentRuntime.agent_request with {agent to interface Agent from input;
directory to interface AgentDirectory from input;};
bind tryRequest.call to package AgentRuntime.agent_tryRequest with {agent to interface Agent from input;
directory to interface AgentDirectory from input;};
}
conform AgentThreadObject as AgentThread id "agent:conformance:thread" {
private state threaddata id "agent:storage:thread:data" on AgentThreadObject : ThreadData policy register;
private edge Linkthreaddirectory id "agent:thread:directory:edge" {atom AgentThreadObject projection directory id "agent:thread:directory:projection" exactly-one on-delete "detach" public-traversal;atom AgentDirectoryObject projection threads id "agent:directory:threads:projection" many-unique on-delete "detach" public-traversal;}
private edge Linkthreadagent id "agent:thread:agent:edge" {atom AgentThreadObject projection agent id "agent:thread:agent:projection" exactly-one on-delete "detach" public-traversal;atom AgentObject projection threads id "agent:agent:threads:projection" many-unique on-delete "detach" public-traversal;}
private edge Linkthreadactive id "agent:thread:active:edge" {atom AgentThreadObject projection active id "agent:thread:active:projection" optional-one on-delete "detach" public-traversal;atom AgentRequestObject projection activeIn id "agent:request:activeIn:projection" many on-delete "detach" public-traversal;}
private edge Linkthreadcontexts id "agent:thread:contexts:edge" {atom AgentThreadObject projection contexts id "agent:thread:contexts:projection" many-unique on-delete "detach" public-traversal;interface AgentContextSubject projection threadOwners id "agent:thread:contexts:owners" many on-delete "detach";}
initialize {data to state threaddata;directory to edge Linkthreaddirectory.directory;agent to edge Linkthreadagent.agent;contexts to edge Linkthreadcontexts.contexts;};
bind data.get to state threaddata.read;
bind agent.resolve to edge Linkthreadagent.agent.resolve;
bind directory.resolve to edge Linkthreaddirectory.directory.resolve;
bind active.resolve to edge Linkthreadactive.active.resolve;
bind requests.resolve to edge Linkrequestthread.requests.resolve;
bind items.resolve to edge Linkitemthread.items.resolve;
bind contexts.resolve to edge Linkthreadcontexts.contexts.resolve;
bind send.call to package AgentRuntime.thread_send with {thread to interface AgentThread from input;
directory to interface AgentDirectory from input;};
bind rename.call to package AgentRuntime.thread_rename with {data to state threaddata;};
bind archive.call to package AgentRuntime.thread_archive with {data to state threaddata;};
bind activate.call to package AgentRuntime.thread_activate with {active to edge Linkthreadactive.active;};
bind release.call to package AgentRuntime.thread_release with {active to edge Linkthreadactive.active;};
bind adjustPending.call to package AgentRuntime.thread_adjustPending with {data to state threaddata;};
bind allocateItem.call to package AgentRuntime.thread_allocateItem with {data to state threaddata;};
}
conform AgentRequestObject as AgentRequest id "agent:conformance:request" {
private state requestspawned id "agent:storage:request:spawned" on AgentRequestObject : uint32 policy register;
private state requestprogress id "agent:storage:request:progress" on AgentRequestObject : RequestState policy register;
private state requestadmission id "agent:storage:request:admission" on AgentRequestObject : RequestData policy register;
private edge Linkrequestthread id "agent:request:thread:edge" {atom AgentRequestObject projection thread id "agent:request:thread:projection" exactly-one on-delete "detach" public-traversal;atom AgentThreadObject projection requests id "agent:thread:requests:projection" many-unique on-delete "detach" public-traversal;}
private edge Linkrequestdirectory id "agent:request:directory:edge" {atom AgentRequestObject projection directory id "agent:request:directory:projection" exactly-one on-delete "detach" public-traversal;atom AgentDirectoryObject projection allRequests id "agent:directory:allRequests:projection" many-unique on-delete "detach" public-traversal;}
private edge Linkrequestrelated id "agent:request:related:edge" {atom AgentRequestObject projection related id "agent:request:related:projection" optional-one on-delete "detach" public-traversal;atom AgentRequestObject projection relatedFrom id "agent:request:relatedFrom:projection" many on-delete "detach" public-traversal;}
private edge LinkrequestretryOf id "agent:request:retryOf:edge" {atom AgentRequestObject projection retryOf id "agent:request:retryOf:projection" optional-one on-delete "detach" public-traversal;atom AgentRequestObject projection retries id "agent:request:retries:projection" many on-delete "detach" public-traversal;}
private edge Linkrequestroot id "agent:request:root:edge" {atom AgentRequestObject projection root id "agent:request:root:projection" optional-one on-delete "detach" public-traversal;atom AgentRequestObject projection descendants id "agent:request:descendants:projection" many on-delete "detach" public-traversal;}
private edge Linkrequestcontexts id "agent:request:contexts:edge" {atom AgentRequestObject projection contexts id "agent:request:contexts:projection" many-unique on-delete "detach" public-traversal;interface AgentContextSubject projection requestOwners id "agent:request:contexts:owners" many on-delete "detach";}
initialize {spawned to state requestspawned;admission to state requestadmission;progress to state requestprogress;contexts to edge Linkrequestcontexts.contexts;directory to edge Linkrequestdirectory.directory;thread to edge Linkrequestthread.thread;related to edge Linkrequestrelated.related;retryOf to edge LinkrequestretryOf.retryOf;root to edge Linkrequestroot.root;};
bind spawned.get to state requestspawned.read;
bind reserveChild.call to package AgentRuntime.request_reserveChild with {spawned to state requestspawned;};
bind admission.get to state requestadmission.read;
bind progress.get to state requestprogress.read;
bind thread.resolve to edge Linkrequestthread.thread.resolve;
bind directory.resolve to edge Linkrequestdirectory.directory.resolve;
bind items.resolve to edge Linkitemrequest.items.resolve;
bind questions.resolve to edge Linkquestionrequest.questions.resolve;
bind contexts.resolve to edge Linkrequestcontexts.contexts.resolve;
bind related.resolve to edge Linkrequestrelated.related.resolve;
bind retryOf.resolve to edge LinkrequestretryOf.retryOf.resolve;
bind root.resolve to edge Linkrequestroot.root.resolve;
private edge Linkrequestcorrection id "agent:request:correction:edge" {atom AgentRequestObject projection correction id "agent:request:correction:projection" optional-one on-delete "detach";atom AgentRequestObject projection correctionOf id "agent:request:correctionOf:projection" optional-one on-delete "detach";}
bind correct.call to package AgentRuntime.request_correct with {correction to edge Linkrequestcorrection.correction;request to interface AgentRequest from input;thread to interface AgentThread from input;};
bind claim.call to package AgentRuntime.request_claim with {progress to state requestprogress;
request to interface AgentRequest from input;
thread to interface AgentThread from input;};
bind transition.call to package AgentRuntime.request_transition with {progress to state requestprogress;};
bind finish.call to package AgentRuntime.request_finish with {progress to state requestprogress;
admission to state requestadmission;
request to interface AgentRequest from input;
directory to interface AgentDirectory from input;
thread to interface AgentThread from input;
agent to interface Agent from input;};
bind cancel.call to package AgentRuntime.request_cancel with {progress to state requestprogress;
request to interface AgentRequest from input;};
bind steer.call to package AgentRuntime.request_steer with {progress to state requestprogress;
request to interface AgentRequest from input;
directory to interface AgentDirectory from input;};
bind upsertItem.call to package AgentRuntime.request_upsertItem with {progress to state requestprogress;
request to interface AgentRequest from input;
thread to interface AgentThread from input;
item to interface AgentItem from input;
presentable to interface WebStudioPresentable from input;
create_mount to creation PresentationMountRecord with {};
create_item to creation AgentItemObject with {AgentItem from input;};};
bind ask.call to package AgentRuntime.request_ask with {progress to state requestprogress;
request to interface AgentRequest from input;
question to interface AgentQuestion from input;
create_question to creation AgentQuestionObject with {AgentQuestion from input;};};
bind publishCompletion.call to package AgentRuntime.request_publishCompletion with {progress to state requestprogress;
request to interface AgentRequest from input;
thread to interface AgentThread from input;
agent to interface Agent from input;
stream to interface EventStream<AgentCompletion> from input;
directory to interface AgentDirectory from input;};
}
conform AgentItemObject as AgentItem id "agent:conformance:item" {
private state itemdata id "agent:storage:item:data" on AgentItemObject : ItemData policy register;
private edge Linkitemrequest id "agent:item:request:edge" {atom AgentItemObject projection request id "agent:item:request:projection" exactly-one on-delete "detach" public-traversal;atom AgentRequestObject projection items id "agent:request:items:projection" many-unique on-delete "detach" public-traversal;}
private edge Linkitemthread id "agent:item:thread:edge" {atom AgentItemObject projection thread id "agent:item:thread:projection" exactly-one on-delete "detach" public-traversal;atom AgentThreadObject projection items id "agent:thread:items:projection" many-unique on-delete "detach" public-traversal;}
private edge Linkitemsubject id "agent:item:subject:edge" {atom AgentItemObject projection subject id "agent:item:subject:projection" optional-one on-delete "detach" public-traversal;interface WebStudioPresentable projection itemOwners id "agent:item:subject:owners" many on-delete "detach";}
private edge Linkitemmount id "agent:item:mount:edge" {atom AgentItemObject projection presentationMount id "agent:item:mount:projection" optional-one on-delete "detach" public-traversal;interface PresentationMount projection itemOwners id "agent:item:mount:owners" many on-delete "detach";}
bind presentationMount.resolve to edge Linkitemmount.presentationMount.resolve;
initialize {presentationMount to edge Linkitemmount.presentationMount;data to state itemdata;thread to edge Linkitemthread.thread;request to edge Linkitemrequest.request;subject to edge Linkitemsubject.subject;};
bind data.get to state itemdata.read;
bind request.resolve to edge Linkitemrequest.request.resolve;
bind thread.resolve to edge Linkitemthread.thread.resolve;
bind subject.resolve to edge Linkitemsubject.subject.resolve;
bind checkpoint.call to package AgentRuntime.item_checkpoint with {data to state itemdata;item to interface AgentItem from input;request to interface AgentRequest from input;};
}
conform AgentQuestionObject as AgentQuestion id "agent:conformance:question" {
private state questiondata id "agent:storage:question:data" on AgentQuestionObject : QuestionData policy register;
private edge Linkquestionrequest id "agent:question:request:edge" {atom AgentQuestionObject projection request id "agent:question:request:projection" exactly-one on-delete "detach" public-traversal;atom AgentRequestObject projection questions id "agent:request:questions:projection" many-unique on-delete "detach" public-traversal;}
initialize {data to state questiondata;request to edge Linkquestionrequest.request;};
bind data.get to state questiondata.read;
bind request.resolve to edge Linkquestionrequest.request.resolve;
bind answer.call to package AgentRuntime.question_answer with {data to state questiondata;
question to interface AgentQuestion from input;
request to interface AgentRequest from input;};
bind cancel.call to package AgentRuntime.question_cancel with {data to state questiondata;};
}
conform AgentCompletionStreamObject as EventStream<AgentCompletion> id "agent:completion-stream" {private state Entries id "agent:completion:entries" on AgentCompletionStreamObject : AgentCompletion policy journal {"maxEntries":128,"maxBytes":1048576,"maxPublicationBytes":262144,"maxProtectedSubscriptions":32};bind publish.call to journal Entries.publish;bind head.get to journal Entries.head;bind readPage.call to journal Entries.readPage;}
presentation ThreadView id "presentation:org.quixos.agent:thread" for AgentThread using AgentPresentation.Thread;
conform AgentThreadObject as StandaloneView<interface AgentThread> id "agent:thread:view" {bind render to AgentPresentation.Thread;}
conform AgentThreadObject as WebStudioPresentable id "agent:thread:presentable" {bind canPresent.call to package WebStudioCanvasRuntime.canPresent<atom AgentThreadObject> with {catalog to workspace reflection [presentations];};}
}
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fragment {
import interface GutenbergCatalog;
import package GutenbergRuntime;
atom GutenbergCatalogObject id "atom:gutenberg:catalog";
conform GutenbergCatalogObject as GutenbergCatalog id "reading:books:catalog" {
private state CatalogName id "reading:books:name" on Self : string policy register;
initialize {name to state CatalogName;};
bind name.get to state CatalogName.read;
bind create.call to package GutenbergRuntime.create with {catalog to creation GutenbergCatalogObject with {GutenbergCatalog from input;};};
bind search.call to package GutenbergRuntime.search;
bind readBook.call to package GutenbergRuntime.readBook;
}
conform ReadingLibrary as GutenbergCatalog id "reading:books:source" {
bind name.get to interface LanguageReader.name.get;
bind create.call to package GutenbergRuntime.create with {catalog to creation GutenbergCatalogObject with {GutenbergCatalog from input;};};
bind search.call to package GutenbergRuntime.search;
bind readBook.call to package GutenbergRuntime.readBook;
}
}
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fragment {
import interface EventStream;
import interface EventHandler;
import interface EventSubscription;
import interface EventStreamRecord;
import interface EventSubscriptionRecord;
conform<value Payload> EventStreamRecord<Payload> as EventStream<Payload> id "events:standard-stream" {
private state Entries id "events:entries" on Self : Payload policy journal {"maxEntries":128,"maxBytes":1048576,"maxPublicationBytes":262144,"maxProtectedSubscriptions":32};
bind publish.call to journal Entries.publish;
bind head.get to journal Entries.head;
bind readPage.call to journal Entries.readPage;
}
conform<value Payload,value Parameters> EventSubscriptionRecord<Payload,Parameters> as EventSubscription<Payload,Parameters> id "events:standard-subscription" {
private state Delivery id "events:delivery" on Self : Parameters policy subscription(Payload);
bind attach.call to subscription Delivery.attach;
bind status.get to subscription Delivery.status;
bind pause.call to subscription Delivery.pause;
bind resume.call to subscription Delivery.resume;
bind retire.call to subscription Delivery.retire;
}
}
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fragment {
import interface ReadingNavigation;
atom ReadingNavigationObject id "atom:reading:navigation";
conform ReadingLibrary as PresentationStateFactory<interface ReadingNavigation> id "reading:navigation:factory" {
bind create.call to package LanguageReaderRuntime.createNavigation with {navigation to creation ReadingNavigationObject with {PresentationState from input;};};
}
conform ReadingNavigationObject as PresentationStateRecord<interface ReadingNavigation,atom ReadingLibrary> id "reading:navigation:metadata" {}
conform ReadingNavigationObject as PresentationStateValues<interface ReadingNavigation> id "reading:navigation:copy" {
bind copyValues.call to package LanguageReaderRuntime.copyNavigation with {source to interface ReadingNavigation;target to interface ReadingNavigation from input;};
}
conform ReadingNavigationObject as ReadingNavigation id "reading:navigation:values" {
private edge SelectedDocument id "reading:navigation:selected" {atom Self projection document id "reading:navigation:document" optional-one on-delete "detach" public-traversal;interface ReadingDocument projection readers id "reading:document:readers" many on-delete "detach";}
private state Cursor id "reading:navigation:cursor" on Self : record {anchor:uint32;focus:uint32;size:uint32;} policy register default {"anchor":0,"focus":0,"size":23};
private state Draft id "reading:navigation:draft" on Self : record {title:string;text:string;custom:string;} policy crdt(record {title:string;text:string;custom:string;}) default {"title":"","text":"","custom":""};
bind document.resolve to edge SelectedDocument.document.resolve;
private state ReadingView id "reading:navigation:reading" on Self : record {displayMode:string;position:uint32;} policy register default {"displayMode":"pages","position":0};
bind reading.get to state ReadingView.read;
bind reading.set to package LanguageReaderRuntime.setReadingView with {reading to state ReadingView;};
private state AnnotationTarget id "reading:navigation:annotation-target" on Self : optional<record {start:uint32;end:uint32;}> policy register default null;
private state Viewports id "reading:navigation:viewports" on Self : list<record {client:string;width:uint32;height:uint32;expiresAt:double;}> policy register default [];
bind annotationTarget to state AnnotationTarget;
bind viewports.get to state Viewports.read;
bind reportViewport.call to package LanguageReaderRuntime.reportViewport with {viewports to state Viewports;};
bind open.call to package LanguageReaderRuntime.openDocument with {document to edge SelectedDocument.document;cursor to state Cursor;reading to state ReadingView;target to state AnnotationTarget;};
bind cursor to state Cursor;
private state UI id "reading:navigation:ui" on Self : record {page:string;panel:string;section:string;sourceTab:string;} policy register default {"page":"reading","panel":"","section":"general","sourceTab":"paste"};
private state Builder id "reading:navigation:builder" on Self : record {style:string;reveal:string;color:string;options:string;} policy register default {"style":"highlight","reveal":"always","color":"#53796c","options":"{}"};
private state Prompts id "reading:navigation:prompts" on Self : record {name:string;change:string;followup:string;generate:string;} policy crdt(record {name:string;change:string;followup:string;generate:string;}) default {"name":"","change":"","followup":"","generate":""};
private edge SettingsReader id "reading:navigation:settings-reader" {atom Self projection reader id "reading:navigation:settings-reader" optional-one on-delete "detach" public-traversal;interface ReadingReader projection views id "reading:reader:settings-views" many on-delete "detach";}
private edge SettingsFeature id "reading:navigation:settings-feature" {atom Self projection feature id "reading:navigation:settings-feature" optional-one on-delete "detach" public-traversal;interface ReadingFeature projection views id "reading:feature:settings-views" many on-delete "detach";}
bind ui to state UI;
bind builder to state Builder;
bind prompts.get to state Prompts.read;bind prompts.edit to state Prompts.edit;
bind settingsReader.resolve to edge SettingsReader.reader.resolve;
bind settingsReader.connect to edge SettingsReader.reader.connect;
bind settingsReader.disconnect to edge SettingsReader.reader.disconnect;
bind settingsFeature.resolve to edge SettingsFeature.feature.resolve;
bind settingsFeature.connect to edge SettingsFeature.feature.connect;
bind settingsFeature.disconnect to edge SettingsFeature.feature.disconnect;
bind selectSettings.call to package LanguageReaderRuntime.selectSettings with {ui to state UI;reader to edge SettingsReader.reader;feature to edge SettingsFeature.feature;document to interface ReadingDocument from input;};
bind draft.get to state Draft.read;bind draft.edit to state Draft.edit;
}
}
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fragment {
import interface PresentationState;
import interface PresentationSubject;
import interface PresentationStateValues;
import interface PresentationStateRecord;
import interface PresentationStateFactory;
import interface Presentation;
import interface PresentationStates;
import package PresentationRuntime;
atom PresentationMountRecord id "atom:org.quixos.presentation-mount";
shared edge PresentationMembership id "org.quixos.presentation:membership" {
interface PresentationMount projection members id "org.quixos.presentation:members" many-unique keyed "string" public-traversal;
interface PresentationState projection presentationMount id "org.quixos.presentation:owner" optional-one public-traversal;
}
shared edge PresentationParent id "org.quixos.presentation:parent" {
interface PresentationState projection parent id "org.quixos.presentation:parent" optional-one public-traversal;
interface PresentationState projection children id "org.quixos.presentation:children" many-unique public-traversal;
}
shared edge PresentationRoot id "org.quixos.presentation:root" {
interface PresentationMount projection root id "org.quixos.presentation:root" optional-one public-traversal;
interface PresentationState projection rootOf id "org.quixos.presentation:root-of" optional-one;
}
conform PresentationMountRecord as PresentationMount id "org.quixos.presentation:mount" {
bind copy.call to package PresentationRuntime.copy with {members to edge PresentationMembership.members;root to edge PresentationRoot.root;metadata to interface PresentationState from input;presentationMount to creation PresentationMountRecord with {};};
bind members.resolve to edge PresentationMembership.members.resolve;
bind find.call to package PresentationRuntime.find with {members to edge PresentationMembership.members;};
bind attach.call to package PresentationRuntime.claim with {members to edge PresentationMembership.members;root to edge PresentationRoot.root;metadata to interface PresentationState from input;};
bind root.resolve to edge PresentationRoot.root.resolve;
bind create.call to package PresentationRuntime.createPresentationMount with {presentationMount to creation PresentationMountRecord with {};};
}
conform<object Navigation implements PresentationState> Presentation<Navigation> as PresentationSubject id "org.quixos.presentation:subject" {}
conform<object Navigation implements PresentationState> Presentation<Navigation> as PresentationStates<Navigation> id "org.quixos.presentation:state-association" {
bind ensure.call to package PresentationRuntime.ensure<Navigation> with {
presentationMount to interface PresentationMount from input;
metadata to interface PresentationState from input;
factory to interface PresentationStateFactory<Navigation>;
};
bind create.call to package PresentationRuntime.create<Navigation> with {
metadata to interface PresentationState from input;
factory to interface PresentationStateFactory<Navigation>;
};
}
conform<object Navigation implements PresentationState, object Subject implements PresentationStates<Navigation> & PresentationSubject> PresentationStateRecord<Navigation,Subject> as PresentationState id "org.quixos.presentation:state-metadata" {
private state Occurrence id "org.quixos.presentation:occurrence" on Self : string policy register;
private edge Source id "org.quixos.presentation:source" {atom Self projection source id "org.quixos.presentation:source" exactly-one; object Subject projection states id "org.quixos.presentation:source-states" many-unique;}
initialize {occurrence to state Occurrence;source to edge Source.source;};
bind source.resolve to edge Source.source.resolve;
bind allocate.call to package PresentationRuntime.allocate<Navigation> with {source to interface PresentationStates<Navigation> via edge Source.source;};
bind copyValues.call to interface PresentationStateValues<Navigation>.copyValues.call;
bind occurrence.get to state Occurrence.read;
bind parent.resolve to edge PresentationParent.parent.resolve;
bind children.resolve to edge PresentationParent.children.resolve;
bind presentationMount.resolve to edge PresentationMembership.presentationMount.resolve;
bind attach.call to package PresentationRuntime.attach with {
owner to edge PresentationMembership.presentationMount;
parent to edge PresentationParent.parent;
rootOf to edge PresentationRoot.rootOf;
metadata to interface PresentationState from input;
presentationMount to interface PresentationMount from input;
};
}
}
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fragment {
import interface ReactComponent;
conform<object Subject, object Navigation implements PresentationState>
ReactComponent<Subject,Navigation> as Presentation<Navigation>
id "org.quixos.react:stateful-presentation" {}
}
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{ "backend": "execution", "queryFrontends": ["react"] }
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{
"atom": "atom:reading:library",
"interface": "interface:reading:library@1",
"operation": "reading:root:call"
}
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quixos-lock version 1 {
quixos source { repository "https://gitea-external.egads.tutti.syntaxblitz.net/quixos/quixos.git"; commit "be30143a326d5d7d7b0cbabea5bc5ac0301ef5b9"; }
package AgentPresentation source { repository "https://repos.quixos.org/quixos-studio/package-agent-presentation.git"; commit "0c83644ab6bb28a829ef45ea3cbfcfded65188b9"; }
interface PresentationState source { repository "https://repos.quixos.org/quixos-studio/interface-presentation-state.git"; commit "94db4272bcca52fbb23325bfa305d7331ea08602"; }
interface PresentationSubject source { repository "https://repos.quixos.org/quixos-studio/interface-presentation-subject.git"; commit "26b1dc891485fa268570718bf283f440691654a7"; }
interface PresentationStateValues source { repository "https://repos.quixos.org/quixos-studio/interface-presentation-state-values.git"; commit "50e11ed980b909f428e99a9b30ede1bb24941ab7"; }
interface PresentationStateRecord source { repository "https://repos.quixos.org/quixos-studio/interface-presentation-state-record.git"; commit "5aacc09bdad3cca73c9add1bb00f970cb6957a73"; }
interface PresentationStateFactory source { repository "https://repos.quixos.org/quixos-studio/interface-presentation-state-factory.git"; commit "87685dc5e408f93a778a83e31463734b8df7709a"; }
interface Presentation source { repository "https://repos.quixos.org/quixos-studio/interface-presentation.git"; commit "2e5e9381120e14fb52b61373aec6b9c0b75de425"; }
interface PresentationStates source { repository "https://repos.quixos.org/quixos-studio/interface-presentation-states.git"; commit "9828a789b25e8a009f6b55cb32cf7e9ce1e3ac3c"; }
package PresentationRuntime source { repository "https://repos.quixos.org/quixos-studio/package-presentation-runtime.git"; commit "61d447d435777d2de057a0a25fd20a37113d1b7e"; }
interface AgentWorkspace source { repository "https://repos.quixos.org/quixos-studio/interface-agent-workspace.git"; commit "6b6fca52d9d9f22dbc8af6b9d59577809f5eeea5"; }
interface AgentDirectory source { repository "https://repos.quixos.org/quixos-studio/interface-agent-directory.git"; commit "a25908aa5da56a365e64dc170f0df8673cc34e24"; }
interface Agent source { repository "https://repos.quixos.org/quixos-studio/interface-agent.git"; commit "e5aeaa3a59e3c0cac99e43553b04227fb99a7462"; }
interface AgentThread source { repository "https://repos.quixos.org/quixos-studio/interface-agent-thread.git"; commit "9d689bbeecfc3321f97bfbaa9adf405eeee89e5c"; }
interface AgentRequest source { repository "https://repos.quixos.org/quixos-studio/interface-agent-request.git"; commit "d9bb364113d6590770f4733d3a9d42364e3b8806"; }
interface AgentItem source { repository "https://repos.quixos.org/quixos-studio/interface-agent-item.git"; commit "a80f9eebbefe6fdfe8b86db3103eed1a4b8e55f7"; }
interface AgentQuestion source { repository "https://repos.quixos.org/quixos-studio/interface-agent-question.git"; commit "c6fb1da16e29c599c1ba0dc510faa926615f0686"; }
interface AgentContextSubject source { repository "https://repos.quixos.org/quixos-studio/interface-agent-context-subject.git"; commit "0a1dd60f7457856bcfa6c8cf580e516d69d59ee7"; }
package AgentRuntime source { repository "https://repos.quixos.org/quixos-studio/package-agent-runtime.git"; commit "c13085fa041f888728fca00236b78f63f4957f43"; }
interface EventStream source { repository "https://repos.quixos.org/quixos-studio/interface-event-stream.git"; commit "5d9409557059ca2a3247af080a33516985916f66"; }
interface EventHandler source { repository "https://repos.quixos.org/quixos-studio/interface-event-handler.git"; commit "a57f8a5f4636228e63feeb83d4809a9f58367d78"; }
interface EventSubscription source { repository "https://repos.quixos.org/quixos-studio/interface-event-subscription.git"; commit "6b35cc235b111934fd2c0cee26d28d2578b7ce1b"; }
interface EventStreamRecord source { repository "https://repos.quixos.org/quixos-studio/interface-event-stream-record.git"; commit "2a75acdd79e99e0ad629668b91ebb64a767e8745"; }
interface EventSubscriptionRecord source { repository "https://repos.quixos.org/quixos-studio/interface-event-subscription-record.git"; commit "cf2fd94cccc48425536c15dcfb1bf12241b2e897"; }
interface ApplicationEntry source { repository "https://repos.quixos.org/quixos-studio/interface-application-entry.git"; commit "919a9def2c7e0b4601f5160ef0cdc0485131e13f"; }
interface ReadingServices source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-services.git"; commit "3e8bfba9030384d366600d05cdf16bb6c3b3d6a4"; }
interface ReadingOwner source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-owner.git"; commit "ca870ff6dc5ee7d8cc7f4ad1754e48fcf3f250cf"; }
interface LanguageReader source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-language-reader.git"; commit "06624fd6a5d9761f74e3cc862e7bc0696cd78f21"; }
interface ReadingReader source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-reader.git"; commit "2ae966b8b05ea05b05818c2ca3378bd8b3a112cf"; }
interface ReadingDocument source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-document.git"; commit "544956d30f88e6f65bf10f571e4d09ebbbb77284"; }
interface ReadingFeature source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-feature.git"; commit "ef2316f66784f4fb9250dadecc09750bcbd6f776"; }
interface ReadingJob source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-job.git"; commit "cc078cccb5488b89e11e4cd4e9fe009211a50746"; }
interface ReadingRequest source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-request.git"; commit "892b678af3a89a86c7757e616ccd556b3ae80fb7"; }
interface ReadingWord source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-word.git"; commit "b1496ba5435dae96dd50814bd6a65f8ab3f89b04"; }
interface AgentDocumentation source { repository "https://repos.quixos.org/quixos-studio/interface-agent-documentation.git"; commit "8c076556c434e5da02baa79f7e8f0aabe88f1b8b"; }
interface ReadingVocabulary source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-vocabulary.git"; commit "8475d219b8a37da1c0acb477e175c96fba9127c7"; }
package LanguageReaderRuntime source { repository "https://repos.quixos.org/quixos-local-first-examples/package-language-reader-runtime.git"; commit "f8c252aa2cb32334ba28f3c87a64b285fe7d8a72"; }
package LanguageReaderPresentation source { repository "https://repos.quixos.org/quixos-local-first-examples/package-language-reader-presentation.git"; commit "bf848eed4e86df353d1e144f5547c5a2d1a49ecf"; }
interface GutenbergCatalog source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-gutenberg-catalog.git"; commit "af88f1abc529f82f4464e4c0ed99cd2fff6b82ea"; }
package GutenbergRuntime source { repository "https://repos.quixos.org/quixos-local-first-examples/package-gutenberg-runtime.git"; commit "dc73536f6ff201fadb7f989630288b3ea12d1b6e"; }
interface ReactComponent source { repository "https://repos.quixos.org/quixos-studio/interface-react-component.git"; commit "6ba635dbef73a0ae545933c052635c0ebad8d5c5"; }
interface ReadingNavigation source { repository "https://repos.quixos.org/quixos-local-first-examples/interface-reading-navigation.git"; commit "05c791c093b1151a49b0e058609b9d01147c8549"; }
package AgentWorkspaceBootstrap source { repository "https://repos.quixos.org/quixos-studio/package-agent-workspace-bootstrap.git"; commit "42783681b8d81d92c41adfed3874f01b065405d6"; }
interface WebStudioFactory source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-factory.git"; commit "a4136d9bfd765db6b2de2188ef2caf341e0f7a61"; }
interface WebStudioCanvasFactory source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-canvas-factory.git"; commit "545e687a7d41822a883774e385aa1d7ee3aca475"; }
interface WebStudioPlaceable source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-placeable.git"; commit "a998ebd982f7b61946156a0fa7038bc1295c3afc"; }
interface WebStudioCanvas source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-canvas.git"; commit "fb076e2d0d48080f76b88b2ffa4edeb4c37a7342"; }
package WebStudioCanvasRuntime source { repository "https://repos.quixos.org/quixos-studio/package-web-studio-canvas-runtime.git"; commit "885e1d754484586202d502008bbd3f8f6108aaa2"; }
interface WebStudioPresentable source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-presentable.git"; commit "f7b38219572810912fad596c7e4a33903209f71b"; }
interface PresentationMount source { repository "https://repos.quixos.org/quixos-studio/interface-presentation-mount.git"; commit "30566340643355d8509bf116c2c3d91f09173d98"; }
interface WebStudioDisplayTarget source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-display-target.git"; commit "1360b6175a77b8e69a5db83eaa63910d60699651"; }
interface WebStudioDisplayDirectory source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-display-directory.git"; commit "b6b70722e81f75ff2cd969118c5b8d0bba240a00"; }
package WebStudioDisplayRuntime source { repository "https://repos.quixos.org/quixos-studio/package-web-studio-display-runtime.git"; commit "c48e604a523cefe3d6cd2e231262988936b79bec"; }
interface WebStudioSearchable source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-searchable.git"; commit "b51116e6d320fc4dcd79f0d067124adf6a8e919f"; }
interface StandaloneView source { repository "https://repos.quixos.org/quixos-studio/interface-react-standalone-view.git"; commit "67b00f7ff8df87a477e12c5668c42684d8fa1708"; }
interface WebStudioCanvasPlacement source { repository "https://repos.quixos.org/quixos-studio/interface-web-studio-canvas-placement.git"; commit "8bee874e37700fc860f066f11946efc82a1f521d"; }
package WebStudioCanvasEditor source { repository "https://repos.quixos.org/quixos-studio/package-web-studio-canvas-editor.git"; commit "f22f01e37161e25291542ff6cf5428ad83efe8c6"; }
}
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fragment {
import "events.qx";
import interface ApplicationEntry;
import interface ReadingServices;
import interface ReadingOwner; import interface LanguageReader; import interface ReadingReader; import interface ReadingDocument; import interface ReadingFeature; import interface ReadingJob; import interface ReadingRequest; import interface ReadingWord; import interface AgentDocumentation;
import interface ReadingVocabulary;
atom ReadingVocabularyObject id "atom:reading:vocabulary";
import package LanguageReaderRuntime; import package LanguageReaderPresentation;
atom ReadingReaderObject id "atom:reading:reader"; atom ReadingLibrary id "atom:reading:library"; atom ReadingDocumentObject id "atom:reading:document"; atom ReadingFeatureObject id "atom:reading:feature"; atom ReadingJobObject id "atom:reading:job"; atom ReadingWordObject id "atom:reading:word"; atom ReadingSubscription id "atom:reading:subscription";
conform ReadingSubscription as EventSubscriptionRecord<AgentCompletion,unit> id "reading:completion-subscription" {}
conform ReadingReaderObject as ReadingReader id "reading:reader" {
private edge ReaderVocabulary id "reading:reader:vocabulary:edge" {atom Self projection vocabulary id "reading:reader:vocabulary:target" optional-one on-delete "detach" public-traversal;interface ReadingVocabulary projection readers id "reading:vocabulary:readers" many-unique on-delete "detach";}
bind vocabulary.resolve to edge ReaderVocabulary.vocabulary.resolve;
bind vocabulary.connect to package LanguageReaderRuntime.attachVocabulary with {library to edge ReaderLibrary.library;vocabulary to edge ReaderVocabulary.vocabulary;target to interface ReadingVocabulary from input;};
bind remove.call to lifecycle.delete;
private state ReaderPalette id "reading:state:ReaderPalette" on Self : record {text:string;accent:string;} policy register default {"text":"#252923","accent":"#39745b"};
bind palette.get to state ReaderPalette.read;bind palette.set to state ReaderPalette.write;
private state ReaderData id "reading:state:ReaderData" on Self : record {name:string;size:uint32;width:uint32;font:string;background:string;configRevision:uint32;} policy register;
private edge ReaderLibrary id "reading:edge:ReaderLibrary" {atom Self projection library id "reading:projection:ReaderLibrary:library" exactly-one on-delete "detach" public-traversal; interface LanguageReader projection readers id "reading:projection:ReaderLibrary:readers" many-unique on-delete "detach" public-traversal;}
initialize {palette to state ReaderPalette;data to state ReaderData;library to edge ReaderLibrary.library;};bind data.get to state ReaderData.read;bind library.resolve to edge ReaderLibrary.library.resolve;bind features.resolve to edge FeatureReader.features.resolve;
bind configure.call to package LanguageReaderRuntime.configureReader with {data to state ReaderData;};
bind documents.resolve to edge DocumentReader.documents.resolve;
}
conform ReadingReaderObject as AgentContextSubject id "reading:reader:context" {}
conform ReadingReaderObject as AgentDocumentation id "reading:reader:guide" {bind guide.get to package LanguageReaderRuntime.guide with {};}
conform ReadingLibrary as LanguageReader id "reading:library" {
private edge DefaultVocabulary id "reading:library:default-vocabulary:edge" {atom Self projection vocabulary id "reading:library:default-vocabulary:target" optional-one on-delete "detach" public-traversal;interface ReadingVocabulary projection defaults id "reading:vocabulary:defaults" many-unique on-delete "detach";}
bind defaultVocabulary.resolve to edge DefaultVocabulary.vocabulary.resolve;bind vocabularies.resolve to edge VocabularyLibrary.vocabularies.resolve;
bind addVocabulary.call to package LanguageReaderRuntime.addVocabulary with {vocabulary to creation ReadingVocabularyObject with {ReadingVocabulary from input;};};
bind ensureVocabulary.call to package LanguageReaderRuntime.ensureVocabulary with {default_vocabulary to edge DefaultVocabulary.vocabulary;vocabulary to creation ReadingVocabularyObject with {ReadingVocabulary from input;};home to interface LanguageReader from input;word to interface ReadingWord from input;};
private edge DefaultReader id "reading:edge:DefaultReader" {atom Self projection defaultReader id "reading:projection:DefaultReader:reader" optional-one on-delete "detach" public-traversal; interface ReadingReader projection defaults id "reading:projection:DefaultReader:defaults" many-unique on-delete "detach" public-traversal;}
bind readers.resolve to edge ReaderLibrary.readers.resolve;bind defaultReader.resolve to edge DefaultReader.defaultReader.resolve;
bind ensureReaders.call to package LanguageReaderRuntime.ensureReaders with {default_reader to edge DefaultReader.defaultReader;home to interface LanguageReader from input;feature to interface ReadingFeature from input;document to interface ReadingDocument from input;reader to creation ReadingReaderObject with {ReadingReader from input;};};
bind addFrenchReader.call to package LanguageReaderRuntime.addFrenchReader with {reader to creation ReadingReaderObject with {ReadingReader from input;};feature to creation ReadingFeatureObject with {ReadingFeature from input;};document to creation ReadingDocumentObject with {ReadingDocument from input;};};
bind generateDocument.call to package LanguageReaderRuntime.generateDocument with {inference to edge ReaderInference.inference;target_reader to interface ReadingReader from input;agent to interface Agent from input;job to creation ReadingJobObject with {ReadingJob from input;};job_api to interface ReadingJob from input;};
bind addReader.call to package LanguageReaderRuntime.addReader with {source to interface ReadingReader from input;reader_api to interface ReadingReader from input;feature to interface ReadingFeature from input;reader to creation ReadingReaderObject with {ReadingReader from input;};feature_copy to creation ReadingFeatureObject with {ReadingFeature from input;};};
private state InferenceProfile id "reading:state:InferenceProfile" on Self : string policy register default "quick-fast";
bind inferenceProfile.get to state InferenceProfile.read;
bind inferenceProfile.set to package LanguageReaderRuntime.setInferenceProfile with {profile to state InferenceProfile;};
private state ArchivedTypes id "reading:state:ArchivedTypes" on Self : list<string> policy register default [];
bind archivedTypes.get to state ArchivedTypes.read;
bind archiveType.call to package LanguageReaderRuntime.archiveType with {archives to state ArchivedTypes;};
bind catalog.call to package LanguageReaderRuntime.catalog with {};
private edge ReaderCanvas id "reading:edge:ReaderCanvas" { atom Self projection canvas id "reading:projection:ReaderCanvas:canvas" exactly-one on-delete "detach" public-traversal ; atom Canvas projection readers id "reading:projection:ReaderCanvas:readers" many-unique on-delete "detach" public-traversal; }
private state LibraryName id "reading:state:LibraryName" on Self : string policy register;
private edge ReaderDirectory id "reading:edge:ReaderDirectory" { atom Self projection directory id "reading:projection:ReaderDirectory:directory" optional-one on-delete "detach" public-traversal ; atom AgentDirectoryObject projection readers id "reading:projection:ReaderDirectory:readers" many-unique on-delete "detach" public-traversal; }
private edge ReaderInference id "reading:edge:ReaderInference" { atom Self projection inference id "reading:projection:ReaderInference:inference" optional-one on-delete "detach" public-traversal ; atom AgentObject projection readingInferences id "reading:projection:ReaderInference:readingInferences" many-unique on-delete "detach" public-traversal; }
private edge ReaderAuthor id "reading:edge:ReaderAuthor" { atom Self projection author id "reading:projection:ReaderAuthor:author" optional-one on-delete "detach" public-traversal ; atom AgentObject projection readingAuthors id "reading:projection:ReaderAuthor:readingAuthors" many-unique on-delete "detach" public-traversal; }
private edge ReaderSubscriptions id "reading:edge:ReaderSubscriptions" { atom Self projection subscriptions id "reading:projection:ReaderSubscriptions:subscriptions" many-unique on-delete "detach" public-traversal ; interface EventSubscription<AgentCompletion,unit> projection readers id "reading:projection:ReaderSubscriptions:readers" many-unique on-delete "detach" public-traversal; }
initialize {name to state LibraryName;canvas to edge ReaderCanvas.canvas;directory to edge ReaderDirectory.directory;};
bind name.get to state LibraryName.read;bind inference.resolve to edge ReaderInference.inference.resolve;bind author.resolve to edge ReaderAuthor.author.resolve;
bind documents.resolve to edge DocumentLibrary.documents.resolve;bind features.resolve to edge FeatureLibrary.features.resolve;bind vocabulary.resolve to edge WordLibrary.vocabulary.resolve;bind tasks.resolve to edge JobLibrary.tasks.resolve;
bind installWorkspace.call to package LanguageReaderRuntime.workspaceInstall with {canvas to edge ReaderCanvas.canvas;agent_workspace to interface AgentWorkspace from input;};
bind root.call to package LanguageReaderRuntime.createRoot with {canvas to creation Canvas with {WebStudioCanvas from input;};agent_workspace to interface AgentWorkspace from input;library to creation ReadingLibrary with {LanguageReader from input;};reader to interface LanguageReader from input;};
bind install.call to package LanguageReaderRuntime.install with {directory to edge ReaderDirectory.directory;inference to edge ReaderInference.inference;author to edge ReaderAuthor.author;subscriptions to edge ReaderSubscriptions.subscriptions;agents to interface AgentDirectory from input;agent to interface Agent from input;subscription to creation ReadingSubscription with {};delivery to interface EventSubscription<AgentCompletion,unit> from input;feature to creation ReadingFeatureObject with {ReadingFeature from input;};document to creation ReadingDocumentObject with {ReadingDocument from input;};home to interface LanguageReader from input;};
bind addDocument.call to package LanguageReaderRuntime.addDocument with {home to interface LanguageReader from input;document to creation ReadingDocumentObject with {ReadingDocument from input;};};
bind addFeature.call to package LanguageReaderRuntime.addFeature with {authoring to interface ReadingJob from input;home to interface LanguageReader from input;reader to interface ReadingReader from input;feature to creation ReadingFeatureObject with {ReadingFeature from input;};};
bind remember.call to package LanguageReaderRuntime.remember with {home to interface LanguageReader from input;vocabulary to interface ReadingVocabulary from input;};
bind customize.call to package LanguageReaderRuntime.customize with {feature to interface ReadingFeature from input;reader to interface ReadingReader from input;author to edge ReaderAuthor.author;agent to interface Agent from input;job to creation ReadingJobObject with {ReadingJob from input;};job_api to interface ReadingJob from input;};
}
conform ReadingLibrary as AgentWorkspace id "reading:workspace-agent" {bind agents.resolve to edge ReaderDirectory.directory.resolve; bind install.call to interface LanguageReader.installWorkspace.call;}
conform ReadingLibrary as EventHandler<AgentCompletion,unit> id "reading:completion-handler" {bind handle.call to package LanguageReaderRuntime.completion with {request to interface ReadingRequest from input;job to interface ReadingJob from input;};}
conform ReadingDocumentObject as ReadingDocument id "reading:document" {
private edge DocumentResults id "reading:edge:DocumentResults" {atom Self projection results id "reading:projection:DocumentResults:results" many on-delete "detach" keyed "string" public-traversal;interface ReadingJob projection cachedBy id "reading:projection:DocumentResults:owners" many on-delete "detach";}
private edge DocumentAttempts id "reading:edge:DocumentAttempts" {atom Self projection attempts id "reading:projection:DocumentAttempts:attempts" many on-delete "detach" keyed "string";interface ReadingJob projection attemptedBy id "reading:projection:DocumentAttempts:owners" many on-delete "detach";}
bind results.resolve to edge DocumentResults.results.resolve;
bind recordResult.call to package LanguageReaderRuntime.recordResult with {data to state DocumentData;results to edge DocumentResults.results;job to interface ReadingJob from input;};
private state Archived id "reading:state:DocumentArchived" on Self : bool policy register default false;
bind archived.get to state Archived.read;bind archived.set to state Archived.write;
private state Variant id "reading:state:Variant" on Self : string policy register default "{}";
private edge DocumentReader id "reading:edge:DocumentReader" {atom Self projection reader id "reading:projection:DocumentReader:reader" optional-one on-delete "detach" public-traversal;interface ReadingReader projection documents id "reading:projection:DocumentReader:documents" many-unique on-delete "detach" public-traversal;}
private edge DocumentCanonical id "reading:edge:DocumentCanonical" {atom Self projection canonical id "reading:projection:DocumentCanonical:canonical" optional-one on-delete "detach" public-traversal;interface ReadingDocument projection variants id "reading:projection:DocumentCanonical:variants" many-unique on-delete "detach" public-traversal;}
bind reader.resolve to edge DocumentReader.reader.resolve;bind reader.connect to package LanguageReaderRuntime.attachReader with {library to edge DocumentLibrary.library;reader to edge DocumentReader.reader;target_reader to interface ReadingReader from input;};bind canonical.resolve to edge DocumentCanonical.canonical.resolve;bind adaptation.get to state Variant.read;
bind prepareVariant.call to package LanguageReaderRuntime.prepareVariant with {data to state DocumentData;adaptation to state Variant;library to edge DocumentLibrary.library;home to interface LanguageReader from input;agent to interface Agent from input;jobs to interface ReadingDocument from input;old to interface ReadingJob from input;job to creation ReadingJobObject with {ReadingJob from input;};job_api to interface ReadingJob from input;};
bind applyVariant.call to package LanguageReaderRuntime.applyVariant with {data to state DocumentData;adaptation to state Variant;};
private state DocumentData id "reading:state:DocumentData" on Self : record {title:string;text:string;sourceRevision:string;source:string;url:string;attribution:string;} policy register;
private edge DocumentLibrary id "reading:edge:DocumentLibrary" { atom Self projection library id "reading:projection:DocumentLibrary:library" exactly-one on-delete "detach" public-traversal ; interface LanguageReader projection documents id "reading:projection:DocumentLibrary:documents" many-unique on-delete "detach" public-traversal; }
initialize {reader to edge DocumentReader.reader;canonical to edge DocumentCanonical.canonical;adaptation to state Variant;data to state DocumentData;library to edge DocumentLibrary.library;};bind data.get to state DocumentData.read;bind library.resolve to edge DocumentLibrary.library.resolve;bind jobs.resolve to edge JobDocument.jobs.resolve;bind remove.call to lifecycle.delete;
bind plan.call to package LanguageReaderRuntime.plan with {data to state DocumentData;library to edge DocumentLibrary.library;feature to interface ReadingFeature from input;};
bind generate.call to package LanguageReaderRuntime.generate with {results to edge DocumentResults.results;attempts to edge DocumentAttempts.attempts;data to state DocumentData;library to edge DocumentLibrary.library;jobs to interface ReadingDocument from input;feature to interface ReadingFeature from input;home to interface LanguageReader from input;agent to interface Agent from input;old to interface ReadingJob from input;job to creation ReadingJobObject with {ReadingJob from input;};job_api to interface ReadingJob from input;};
bind rewrite.call to package LanguageReaderRuntime.rewrite with {data to state DocumentData;library to edge DocumentLibrary.library;reader to edge DocumentReader.reader;document_result to creation ReadingDocumentObject with {ReadingDocument from input;};};
}
conform ReadingFeatureObject as ReadingFeature id "reading:feature" {
private edge FeatureAuthoring id "reading:edge:FeatureAuthoring" {atom Self projection authoring id "reading:projection:FeatureAuthoring:authoring" optional-one on-delete "detach" public-traversal;atom ReadingJobObject projection createdFeatures id "reading:projection:FeatureAuthoring:features" many-unique on-delete "detach" public-traversal;}
bind authoring.resolve to edge FeatureAuthoring.authoring.resolve;bind authoring.connect to package LanguageReaderRuntime.attachAuthoring with {authoring to edge FeatureAuthoring.authoring;library to edge FeatureLibrary.library;reader to edge FeatureReader.reader;job to interface ReadingJob from input;};
bind setEnabled.call to package LanguageReaderRuntime.setEnabled with {data to state FeatureData;};
private edge FeatureReader id "reading:edge:FeatureReader" {atom Self projection reader id "reading:projection:FeatureReader:reader" optional-one on-delete "detach" public-traversal;interface ReadingReader projection features id "reading:projection:FeatureReader:features" many-unique on-delete "detach" public-traversal;}
bind reader.resolve to edge FeatureReader.reader.resolve;bind reader.connect to edge FeatureReader.reader.connect;
private state FeatureData id "reading:state:FeatureData" on Self : record {name:string;processor:string;style:string;reveal:string;generation:string;scope:string;color:string;enabled:bool;configRevision:uint32;} policy register;
private edge FeatureLibrary id "reading:edge:FeatureLibrary" { atom Self projection library id "reading:projection:FeatureLibrary:library" exactly-one on-delete "detach" public-traversal ; interface LanguageReader projection features id "reading:projection:FeatureLibrary:features" many-unique on-delete "detach" public-traversal; }
initialize {authoring to edge FeatureAuthoring.authoring;reader to edge FeatureReader.reader;data to state FeatureData;library to edge FeatureLibrary.library;options to state Options;};bind data.get to state FeatureData.read;bind library.resolve to edge FeatureLibrary.library.resolve;bind remove.call to lifecycle.delete;
private state Options id "reading:state:FeatureOptions" on Self : string policy register default "{}";
bind options.get to state Options.read;
bind configureOptions.call to package LanguageReaderRuntime.configureOptions with {data to state FeatureData;options to state Options;};
bind processorRevision.get to package LanguageReaderRuntime.processorRevision with {data to state FeatureData;};
bind configure.call to package LanguageReaderRuntime.configure with {data to state FeatureData;};
}
conform ReadingVocabularyObject as ReadingVocabulary id "reading:vocabulary" {
private state VocabularyDraft id "reading:vocabulary:draft" on Self : record {word:string;} policy crdt(record {word:string;}) default {"word":""};
bind draft.get to state VocabularyDraft.read;bind draft.edit to state VocabularyDraft.edit;
private state VocabularyName id "reading:vocabulary:name" on Self : string policy register;
private edge VocabularyLibrary id "reading:vocabulary:library:edge" {atom Self projection library id "reading:vocabulary:library:target" exactly-one on-delete "detach" public-traversal;interface LanguageReader projection vocabularies id "reading:library:vocabularies" many-unique on-delete "detach" public-traversal;}
initialize {name to state VocabularyName;library to edge VocabularyLibrary.library;};bind name.get to state VocabularyName.read;
bind name.set to package LanguageReaderRuntime.renameVocabulary with {name to state VocabularyName;};bind library.resolve to edge VocabularyLibrary.library.resolve;
bind words.resolve to edge WordVocabulary.words.resolve;
bind remember.call to package LanguageReaderRuntime.vocabularyRemember with {library to edge VocabularyLibrary.library;words to interface ReadingVocabulary from input;word_api to interface ReadingWord from input;word to creation ReadingWordObject with {ReadingWord from input;};};
}
conform ReadingVocabularyObject as AgentDocumentation id "reading:vocabulary:guide" {bind guide.get to package LanguageReaderRuntime.guide with {};}
conform ReadingVocabularyObject as StandaloneView<interface ReadingVocabulary> id "reading:vocabulary:view" {bind render to LanguageReaderPresentation.Vocabulary;}
conform ReadingWordObject as ReadingWord id "reading:word" {
private edge WordVocabulary id "reading:word:vocabulary:edge" {atom Self projection vocabulary id "reading:word:vocabulary:target" optional-one on-delete "detach" public-traversal;interface ReadingVocabulary projection words id "reading:vocabulary:words" many-unique on-delete "detach" public-traversal;}
bind vocabulary.resolve to edge WordVocabulary.vocabulary.resolve;
bind vocabulary.connect to package LanguageReaderRuntime.attachVocabulary with {library to edge WordLibrary.library;vocabulary to edge WordVocabulary.vocabulary;target to interface ReadingVocabulary from input;};
private edge WordLibrary id "reading:edge:WordLibrary" { atom Self projection library id "reading:projection:WordLibrary:library" exactly-one on-delete "detach" public-traversal ; interface LanguageReader projection vocabulary id "reading:projection:WordLibrary:vocabulary" many-unique on-delete "detach" public-traversal; }
private state WordText id "reading:state:WordText" on Self : string policy register;
initialize {text to state WordText;library to edge WordLibrary.library;};bind text.get to state WordText.read;bind forget.call to lifecycle.delete;
}
conform ReadingJobObject as ReadingJob id "reading:job" {
private state Configuration id "reading:state:Configuration" on Self : string policy register default "";
private edge JobReader id "reading:edge:JobReader" {atom Self projection reader id "reading:projection:JobReader:reader" optional-one on-delete "detach" public-traversal;interface ReadingReader projection tasks id "reading:projection:JobReader:tasks" many-unique on-delete "detach" public-traversal;}
bind library.resolve to edge JobLibrary.library.resolve;bind reader.resolve to edge JobReader.reader.resolve;bind configuration.get to state Configuration.read;
private edge JobDocument id "reading:edge:JobDocument" { atom Self projection document id "reading:projection:JobDocument:document" optional-one on-delete "detach" public-traversal ; interface ReadingDocument projection jobs id "reading:projection:JobDocument:jobs" many-unique on-delete "detach" public-traversal; }
private state JobData id "reading:state:JobData" on Self : record {key:string;kind:string;featureRevision:uint32;sourceRevision:string;start:uint32;end:uint32;status:string;output:string;error:string;createdAt:string;} policy register;
private edge JobLibrary id "reading:edge:JobLibrary" { atom Self projection library id "reading:projection:JobLibrary:library" exactly-one on-delete "detach" public-traversal ; interface LanguageReader projection tasks id "reading:projection:JobLibrary:tasks" many-unique on-delete "detach" public-traversal; }
private edge JobFeature id "reading:edge:JobFeature" { atom Self projection feature id "reading:projection:JobFeature:feature" optional-one on-delete "detach" public-traversal ; interface ReadingFeature projection jobs id "reading:projection:JobFeature:jobs" many-unique on-delete "detach" public-traversal; }
private edge JobRequest id "reading:edge:JobRequest" { atom Self projection request id "reading:projection:JobRequest:request" optional-one on-delete "detach" public-traversal ; atom AgentRequestObject projection readingJob id "reading:projection:JobRequest:readingJob" optional-one on-delete "detach" public-traversal; }
private edge JobThread id "reading:edge:JobThread" { atom Self projection thread id "reading:projection:JobThread:thread" optional-one on-delete "detach" public-traversal ; atom AgentThreadObject projection readingJobs id "reading:projection:JobThread:readingJobs" many-unique on-delete "detach" public-traversal; }
initialize {reader to edge JobReader.reader;configuration to state Configuration;data to state JobData;library to edge JobLibrary.library;document to edge JobDocument.document;feature to edge JobFeature.feature;};bind data.get to state JobData.read;bind document.resolve to edge JobDocument.document.resolve;bind feature.resolve to edge JobFeature.feature.resolve;bind request.resolve to edge JobRequest.request.resolve;bind thread.resolve to edge JobThread.thread.resolve;
bind admitted.call to package LanguageReaderRuntime.admitted with {data to state JobData;request to edge JobRequest.request;thread to edge JobThread.thread;};
bind complete.call to package LanguageReaderRuntime.complete with {configuration to state Configuration;reader to edge JobReader.reader;data to state JobData;request to edge JobRequest.request;document to edge JobDocument.document;feature to edge JobFeature.feature;library to edge JobLibrary.library;request_api to interface AgentRequest from input;document_api to interface ReadingDocument from input;feature_api to interface ReadingFeature from input;home to interface LanguageReader from input;document_result to creation ReadingDocumentObject with {ReadingDocument from input;};};
}
conform AgentRequestObject as ReadingRequest id "reading:request-job" {bind job.resolve to edge JobRequest.readingJob.resolve;}
conform ReadingLibrary as AgentContextSubject id "reading:library:context" {}
conform ReadingDocumentObject as AgentContextSubject id "reading:document:context" {}
conform ReadingFeatureObject as AgentContextSubject id "reading:feature:context" {}
conform ReadingLibrary as AgentDocumentation id "reading:library:guide" {bind guide.get to package LanguageReaderRuntime.guide with {};}
conform ReadingDocumentObject as AgentDocumentation id "reading:document:guide" {bind guide.get to package LanguageReaderRuntime.guide with {};}
conform ReadingFeatureObject as AgentDocumentation id "reading:feature:guide" {bind guide.get to package LanguageReaderRuntime.guide with {};}
conform ReadingLibrary as ReadingOwner id "reading:owner" {}
conform ReadingLibrary as ApplicationEntry id "reading:application" {}
conform ReadingLibrary as ReadingServices id "reading:services" {
private state SpeechSettings id "reading:speech:settings" on Self : record {key:string;voice:string;} policy register default {"key":"","voice":"JBFqnCBsd6RMkjVDRZzb"};
bind speechStatus.call to package LanguageReaderRuntime.speechStatus with {settings to state SpeechSettings;};
bind configureSpeech.call to package LanguageReaderRuntime.configureSpeech with {settings to state SpeechSettings;};
bind speak.call to package LanguageReaderRuntime.speak with {settings to state SpeechSettings;};
bind searchWikipedia.call to package LanguageReaderRuntime.searchWikipedia with {};
bind readWikipedia.call to package LanguageReaderRuntime.readWikipedia with {};
}
conform ReadingLibrary as WebStudioPlaceable id "reading:placeable" {
bind canPresent.call to package WebStudioCanvasRuntime.canPresent<atom ReadingLibrary> with {catalog to workspace reflection [presentations];};
bind placements.resolve to edge PlacementSubject.placements.resolve;
}
conform ReadingLibrary as WebStudioPresentable id "reading:presentable" {bind canPresent.call to interface WebStudioPlaceable.canPresent.call;}
conform ReadingLibrary as ReactComponent<interface LanguageReader,interface ReadingNavigation> id "reading:view" {bind render to LanguageReaderPresentation.Reader;}
presentation Reading id "presentation:reading:library" for LanguageReader using LanguageReaderPresentation.Reader;
}
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{
"compilerRevision": "26f4492b068aec99ccdaebe58c29418ee48a5662",
"interfaces": {
"PresentationSubject": "./quixos-instance/interfaces/presentation-subject",
"PresentationState": "./quixos-instance/interfaces/presentation-state",
"PresentationMount": "./quixos-instance/interfaces/presentation-mount",
"WebStudioPresentable": "./quixos-instance/interfaces/web-studio-presentable",
"WebStudioDisplayTarget": "./quixos-instance/interfaces/web-studio-display-target",
"WebStudioDisplayDirectory": "./quixos-instance/interfaces/web-studio-display-directory",
"WebStudioSearchable": "./quixos-instance/interfaces/web-studio-searchable",
"WebStudioFactory": "./quixos-instance/interfaces/web-studio-factory",
"StandaloneView": "./quixos-instance/interfaces/react-standalone-view",
"WebStudioCanvas": "./quixos-instance/interfaces/web-studio-canvas",
"WebStudioCanvasPlacement": "./quixos-instance/interfaces/web-studio-canvas-placement",
"WebStudioPlaceable": "./quixos-instance/interfaces/web-studio-placeable",
"WebStudioCanvasFactory": "./quixos-instance/interfaces/web-studio-canvas-factory",
"ApplicationEntry": "./quixos-instance/interfaces/application-entry",
"AgentContextSubject": "./quixos-instance/interfaces/agent-context-subject",
"EventStream": "./quixos-instance/interfaces/event-stream",
"AgentWorkspace": "./quixos-instance/interfaces/agent-workspace",
"AgentDirectory": "./quixos-instance/interfaces/agent-directory",
"Agent": "./quixos-instance/interfaces/agent",
"AgentThread": "./quixos-instance/interfaces/agent-thread",
"AgentRequest": "./quixos-instance/interfaces/agent-request",
"AgentItem": "./quixos-instance/interfaces/agent-item",
"AgentQuestion": "./quixos-instance/interfaces/agent-question",
"EventHandler": "./quixos-instance/interfaces/event-handler",
"EventSubscription": "./quixos-instance/interfaces/event-subscription",
"PresentationStateValues": "./quixos-instance/interfaces/presentation-state-values",
"PresentationStates": "./quixos-instance/interfaces/presentation-states",
"PresentationStateRecord": "./quixos-instance/interfaces/presentation-state-record",
"PresentationStateFactory": "./quixos-instance/interfaces/presentation-state-factory",
"Presentation": "./quixos-instance/interfaces/presentation",
"AgentDocumentation": "./quixos-instance/interfaces/agent-documentation",
"EventStreamRecord": "./quixos-instance/interfaces/event-stream-record",
"EventSubscriptionRecord": "./quixos-instance/interfaces/event-subscription-record",
"ReadingOwner": "reading-owner",
"ReadingVocabulary": "reading-vocabulary",
"ReadingWord": "reading-word",
"ReadingFeature": "reading-feature",
"ReadingReader": "reading-reader",
"ReadingDocument": "reading-document",
"ReadingJob": "reading-job",
"ReadingRequest": "reading-request",
"LanguageReader": "language-reader",
"ReadingNavigation": "reading-navigation",
"ReactComponent": "./quixos-instance/interfaces/react-component",
"ReadingServices": "reading-services",
"GutenbergCatalog": "gutenberg-catalog"
},
"packages": {
"WebStudioCanvasRuntime": "./quixos-instance/packages/web-studio-canvas-runtime",
"WebStudioCanvasEditor": "./quixos-instance/packages/web-studio-canvas-editor",
"WebStudioDisplayRuntime": "./quixos-instance/packages/web-studio-display-runtime",
"AgentRuntime": "./quixos-instance/packages/agent-runtime",
"AgentWorkspaceBootstrap": "./quixos-instance/packages/agent-workspace-bootstrap",
"PresentationRuntime": "./quixos-instance/packages/presentation-runtime",
"AgentPresentation": "./quixos-instance/packages/agent-presentation",
"LanguageReaderRuntime": "language-reader-runtime",
"LanguageReaderPresentation": "language-reader-presentation",
"GutenbergRuntime": "gutenberg-runtime"
},
"resourceRoot": "examples/local-first"
}
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fragment {
import interface WebStudioFactory;
import interface WebStudioCanvasFactory;
import interface WebStudioPlaceable;
import interface WebStudioCanvas;
import package WebStudioCanvasRuntime;
conform<value Input, object Result implements WebStudioPlaceable>
WebStudioFactory<Input,Result> as WebStudioCanvasFactory<Input,Result>
id "org.quixos.web-studio:factory-create-and-place" {
bind create.call to package WebStudioCanvasRuntime.createPlaced<Input,Result> with {
factory to interface WebStudioFactory<Input,Result>;
canvas to interface WebStudioCanvas from input;
};
}
}
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workspace Studio id "workspace:studio" revision "workspace:studio@1" commit "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa" {
import "agents.qx";
import "reading.qx";
import "books.qx";
import "presentation/react.qx";
import "navigation.qx";
import package AgentWorkspaceBootstrap;
import "studio/factory-rules.qx";
import interface WebStudioPresentable;
import interface PresentationMount;
import interface WebStudioDisplayTarget;
import interface WebStudioDisplayDirectory;
import package WebStudioDisplayRuntime;
import interface WebStudioSearchable;
import interface StandaloneView;
import interface WebStudioCanvasPlacement;
import package WebStudioCanvasEditor;
presentation CanvasEditor id "presentation:studio:canvas-editor" for WebStudioCanvas using WebStudioCanvasEditor.Editor;
presentation CanvasCard id "presentation:studio:canvas" for WebStudioCanvas using WebStudioCanvasRuntime.CanvasCard;
atom Canvas id "atom:org.quixos.web-studio:canvas";
atom Placement id "atom:org.quixos.web-studio:canvas-placement";
conform Canvas as WebStudioCanvas id "studio:canvas" {
private state Name id "studio:canvas:name" on Canvas : string policy register;
initialize {name to state Name;};
bind name.get to state Name.read;
bind name.set to state Name.write;
bind create.call to package WebStudioCanvasRuntime.createCanvas with {canvas to creation Canvas with {WebStudioCanvas from input;};};
bind root.call to package AgentWorkspaceBootstrap.createRoot with {canvas to creation Canvas with {WebStudioCanvas from input;};agentWorkspace to interface AgentWorkspace from input;};
bind place.call to package WebStudioCanvasRuntime.place with {
subject to interface WebStudioPlaceable from input;
placement to creation Placement with {WebStudioCanvasPlacement from input;};
};
bind createAndPlace.call to package WebStudioCanvasRuntime.createAndPlace with {
subject to interface WebStudioPlaceable from input;
canvas to creation Canvas with {WebStudioCanvas from input;};
placement to creation Placement with {WebStudioCanvasPlacement from input;};
};
bind placements.resolve to edge PlacementCanvas.placements.resolve;
}
conform Canvas as WebStudioPlaceable id "studio:canvas:placeable" {
bind canPresent.call to package WebStudioCanvasRuntime.canPresent<atom Canvas> with {catalog to workspace reflection [presentations];};
bind placements.resolve to edge PlacementSubject.placements.resolve;
}
conform Placement as WebStudioCanvasPlacement id "studio:placement" {
private state Position id "studio:placement:position" on Placement : record {x:double;y:double;} policy register;
private state Size id "studio:placement:size" on Placement : record {width:double;height:double;} policy register;
private state Z id "studio:placement:z" on Placement : int32 policy register;
private state Presentation id "studio:placement:presentation" on Placement : string policy register;
private edge PlacementCanvas id "studio:placement:canvas" {
atom Placement projection canvas id "studio:placement:canvas:parent" exactly-one on-delete "detach" public-traversal;
interface WebStudioCanvas projection placements id "studio:canvas:placements" many-unique on-delete "cascade-other" public-traversal;
}
private edge PlacementSubject id "studio:placement:subject" {
atom Placement projection subject id "studio:placement:subject:target" exactly-one on-delete "detach" public-traversal;
interface WebStudioPlaceable projection placements id "studio:subject:placements" many-unique on-delete "cascade-other" public-traversal;
}
initialize {position to state Position;size to state Size;z to state Z;presentation to state Presentation;canvas to edge PlacementCanvas.canvas;subject to edge PlacementSubject.subject;};
bind position.get to state Position.read;
bind position.set to state Position.write;
bind size.get to state Size.read;
bind size.set to state Size.write;
bind z.get to state Z.read;
bind z.set to state Z.write;
bind presentation.get to state Presentation.read;
bind remove.call to lifecycle.delete;
bind canvas.resolve to edge PlacementCanvas.canvas.resolve;
bind subject.resolve to edge PlacementSubject.subject.resolve;
}
conform Canvas as StandaloneView<interface WebStudioCanvas> id "studio:canvas:view" { bind render to WebStudioCanvasEditor.Editor; }
conform Canvas as WebStudioSearchable id "studio:search:Canvas" {
bind title.get to interface WebStudioCanvas.name.get;
private state SearchText id "studio:canvas:search-text" on Canvas : string policy register default "canvas workspace";
bind searchText.get to state SearchText.read;
}
atom DisplayTarget id "atom:org.quixos.web-studio:display-target";
conform DisplayTarget as WebStudioDisplayTarget id "studio:display-target" {
private state DisplayData id "studio:display:data" on DisplayTarget : record {label:string;generation:uint32;presentation:optional<string>;observed:optional<record {generation:uint32;sequence:uint32;status:string;error:string;}>;} policy register;
private state DisplayNonce id "studio:display:nonce" on DisplayTarget : string policy register;
private edge DisplaySubject id "studio:display:subject" {
atom DisplayTarget projection subject id "studio:display:subject:target" optional-one on-delete "detach" public-traversal;
interface WebStudioPresentable projection displays id "studio:presentable:displays" many-unique on-delete "detach" public-traversal;
}
initialize {initial to state DisplayData;nonce to state DisplayNonce;};
bind status.get to state DisplayData.read;
bind nonce.get to state DisplayNonce.read;
bind subject.resolve to edge DisplaySubject.subject.resolve;
private edge DisplayPresentationMount id "studio:display:presentation-mount" {atom DisplayTarget projection presentationMount id "studio:display:presentation-mount:target" optional-one on-delete "detach"; interface PresentationMount projection displays id "studio:display:presentation-mount:displays" many on-delete "detach";}
bind presentationMount.resolve to edge DisplayPresentationMount.presentationMount.resolve;
bind assign.call to package WebStudioDisplayRuntime.assign with {data to state DisplayData;selected to edge DisplaySubject.subject;subject to interface WebStudioPresentable from input;mount to edge DisplayPresentationMount.presentationMount;};
bind acknowledge.call to package WebStudioDisplayRuntime.acknowledge with {data to state DisplayData;};
}
conform Canvas as WebStudioDisplayDirectory id "studio:display-directory:Canvas" {
private edge CanvasDisplayDirectory id "studio:display:directory:Canvas" {
atom Canvas projection targets id "studio:directory:targets:Canvas" many-unique on-delete "cascade-other" public-traversal;
interface WebStudioDisplayTarget projection directory id "studio:display:directory:parent:Canvas" optional-one on-delete "detach" public-traversal;
}
bind targets.resolve to edge CanvasDisplayDirectory.targets.resolve;
bind enroll.call to package WebStudioDisplayRuntime.enroll with {enrolled to edge CanvasDisplayDirectory.targets;existing to interface WebStudioDisplayTarget from input;target to creation DisplayTarget with {WebStudioDisplayTarget from input;};};
}
conform Canvas as WebStudioPresentable id "studio:presentable:Canvas" {bind canPresent.call to interface WebStudioPlaceable.canPresent.call;}
}