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Stirling-PDF/frontend/src/core/tools/Automate.tsx
T
2026-05-08 12:36:23 +01:00

282 lines
9.0 KiB
TypeScript

import React, { useEffect, useState } from "react";
import { useTranslation } from "react-i18next";
import { useViewScopedFiles } from "@app/hooks/tools/shared/useViewScopedFiles";
import { useNavigationActions } from "@app/contexts/NavigationContext";
import { useToolWorkflow } from "@app/contexts/ToolWorkflowContext";
import { createToolFlow } from "@app/components/tools/shared/createToolFlow";
import { createFilesToolStep } from "@app/components/tools/shared/FilesToolStep";
import AutomationSelection from "@app/components/tools/automate/AutomationSelection";
import AutomationCreation from "@app/components/tools/automate/AutomationCreation";
import AutomationRun from "@app/components/tools/automate/AutomationRun";
import { useAutomateOperation } from "@app/hooks/tools/automate/useAutomateOperation";
import { BaseToolProps } from "@app/types/tool";
import { useToolRegistry } from "@app/contexts/ToolRegistryContext";
import { useSavedAutomations } from "@app/hooks/tools/automate/useSavedAutomations";
import {
AutomationConfig,
AutomationStepData,
AutomationMode,
AutomationStep,
} from "@app/types/automation";
import { AUTOMATION_STEPS } from "@app/constants/automation";
const Automate = ({ onPreviewFile, onComplete, onError }: BaseToolProps) => {
const { t } = useTranslation();
const selectedFiles = useViewScopedFiles();
const { actions } = useNavigationActions();
const { registerToolReset } = useToolWorkflow();
const [currentStep, setCurrentStep] = useState<AutomationStep>(
AUTOMATION_STEPS.SELECTION,
);
const [stepData, setStepData] = useState<AutomationStepData>({
step: AUTOMATION_STEPS.SELECTION,
});
const automateOperation = useAutomateOperation();
const { regularTools: toolRegistry } = useToolRegistry();
const hasResults =
automateOperation.files.length > 0 ||
automateOperation.downloadUrl !== null;
const {
savedAutomations,
deleteAutomation,
refreshAutomations,
copyFromSuggested,
importAutomation,
} = useSavedAutomations();
// Use ref to store the latest reset function to avoid closure issues
const resetFunctionRef = React.useRef<() => void>(null);
// Update ref with latest reset function
resetFunctionRef.current = () => {
automateOperation.resetResults();
automateOperation.clearError();
setCurrentStep(AUTOMATION_STEPS.SELECTION);
setStepData({ step: AUTOMATION_STEPS.SELECTION });
};
const handleUndo = async () => {
await automateOperation.undoOperation();
onPreviewFile?.(null);
};
// Register reset function with the tool workflow context - only once on mount
useEffect(() => {
const stableResetFunction = () => {
if (resetFunctionRef.current) {
resetFunctionRef.current();
}
};
registerToolReset("automate", stableResetFunction);
}, [registerToolReset]); // Only depend on registerToolReset which should be stable
const handleStepChange = (data: AutomationStepData) => {
// If navigating away from run step, reset automation results
if (
currentStep === AUTOMATION_STEPS.RUN &&
data.step !== AUTOMATION_STEPS.RUN
) {
automateOperation.resetResults();
}
// If navigating to selection step, always clear results
if (data.step === AUTOMATION_STEPS.SELECTION) {
automateOperation.resetResults();
automateOperation.clearError();
}
// If navigating to run step with a different automation, reset results
if (
data.step === AUTOMATION_STEPS.RUN &&
data.automation &&
stepData.automation &&
data.automation.id !== stepData.automation.id
) {
automateOperation.resetResults();
}
setStepData(data);
setCurrentStep(data.step);
};
const handleComplete = () => {
// Reset automation results when completing
automateOperation.resetResults();
// Reset to selection step
setCurrentStep(AUTOMATION_STEPS.SELECTION);
setStepData({ step: AUTOMATION_STEPS.SELECTION });
onComplete?.([]); // Pass empty array since automation creation doesn't produce files
};
const renderCurrentStep = () => {
switch (currentStep) {
case AUTOMATION_STEPS.SELECTION:
return (
<AutomationSelection
savedAutomations={savedAutomations}
onCreateNew={() =>
handleStepChange({
step: AUTOMATION_STEPS.CREATION,
mode: AutomationMode.CREATE,
})
}
onRun={(automation: AutomationConfig) =>
handleStepChange({ step: AUTOMATION_STEPS.RUN, automation })
}
onEdit={(automation: AutomationConfig) =>
handleStepChange({
step: AUTOMATION_STEPS.CREATION,
mode: AutomationMode.EDIT,
automation,
})
}
onDelete={async (automation: AutomationConfig) => {
try {
await deleteAutomation(automation.id);
} catch (error) {
console.error("Failed to delete automation:", error);
onError?.(`Failed to delete automation: ${automation.name}`);
}
}}
onCopyFromSuggested={async (suggestedAutomation) => {
try {
await copyFromSuggested(suggestedAutomation);
} catch (error) {
console.error("Failed to copy suggested automation:", error);
onError?.(
`Failed to copy automation: ${suggestedAutomation.name}`,
);
}
}}
onImportAutomation={importAutomation}
onImportError={(message) => onError?.(message)}
toolRegistry={toolRegistry}
/>
);
case AUTOMATION_STEPS.CREATION:
if (!stepData.mode) {
console.error("Creation mode is undefined");
return null;
}
return (
<AutomationCreation
mode={stepData.mode}
existingAutomation={stepData.automation}
onBack={() =>
handleStepChange({ step: AUTOMATION_STEPS.SELECTION })
}
onComplete={() => {
refreshAutomations();
handleStepChange({ step: AUTOMATION_STEPS.SELECTION });
}}
toolRegistry={toolRegistry}
/>
);
case AUTOMATION_STEPS.RUN:
if (!stepData.automation) {
console.error("Automation config is undefined");
return null;
}
return (
<AutomationRun
automation={stepData.automation}
onComplete={handleComplete}
automateOperation={automateOperation}
/>
);
default:
return <div>{t("automate.invalidStep", "Invalid step")}</div>;
}
};
const createStep = (
title: string,
props: any,
content?: React.ReactNode,
) => ({
title,
...props,
content,
});
// Always create files step to avoid conditional hook calls
const filesStep = createFilesToolStep(createStep, {
selectedFiles,
isCollapsed: hasResults,
});
const automationSteps = [
createStep(
t("automate.selection.title", "Automation Selection"),
{
isVisible: true,
isCollapsed: currentStep !== AUTOMATION_STEPS.SELECTION,
onCollapsedClick: () => {
// Clear results when clicking back to selection
automateOperation.resetResults();
setCurrentStep(AUTOMATION_STEPS.SELECTION);
setStepData({ step: AUTOMATION_STEPS.SELECTION });
},
},
currentStep === AUTOMATION_STEPS.SELECTION ? renderCurrentStep() : null,
),
createStep(
stepData.mode === AutomationMode.EDIT
? t("automate.creation.editTitle", "Edit Automation")
: t("automate.creation.createTitle", "Create Automation"),
{
isVisible: currentStep === AUTOMATION_STEPS.CREATION,
isCollapsed: false,
},
currentStep === AUTOMATION_STEPS.CREATION ? renderCurrentStep() : null,
),
// Files step - only visible during run mode
{
...filesStep,
isVisible: currentStep === AUTOMATION_STEPS.RUN,
},
// Run step
createStep(
t("automate.run.title", "Run Automation"),
{
isVisible: currentStep === AUTOMATION_STEPS.RUN,
isCollapsed: hasResults,
},
currentStep === AUTOMATION_STEPS.RUN ? renderCurrentStep() : null,
),
];
return createToolFlow({
files: {
selectedFiles: currentStep === AUTOMATION_STEPS.RUN ? selectedFiles : [],
isCollapsed: currentStep !== AUTOMATION_STEPS.RUN || hasResults,
isVisible: false, // Hide the default files step since we add our own
},
steps: automationSteps,
review: {
isVisible: hasResults && currentStep === AUTOMATION_STEPS.RUN,
operation: automateOperation,
title: t("automate.reviewTitle", "Automation Results"),
onFileClick: (file: File) => {
onPreviewFile?.(file);
actions.setWorkbench("viewer");
},
onUndo: handleUndo,
},
});
};
export default Automate;