0;},get nextRefresh() {return $store.User.meteredStatus?.nextRefresh ? $dateUtils.formatDate($store.User.meteredStatus.nextRefresh) : '';},get saraComponent() {if (!this.isReady) {return null;}return JSON.stringify({name: this.hasCredits ? 'article-meterwall' : 'article-paywall-secondary-upsell',title: this.hasCredits ? 'Default metered - Unlock wall' : 'Default metered exhausted - Spplus upsell',type: 'paywall',});},get targetId() {if (!this.isReady || this.hasCredits) {return null;}return $appUtils.isApp ? 'paywall-secondary-upsell-app' : 'article-paywall-secondary-upsell-web';},init() {if ($store.User.meteredStatus?.isReady) {this.isReady = true;} else {$subscribe('USER_METERED_STATUS_UPDATED',this.onUserMeteredStatusUpdated,this);}},onUserMeteredStatusUpdated() {this.isReady = true;},async unlockDocument() {this.enterPendingState();try {await $meteredService.unlockDocument(this.documentId, this.title);this.resetState();window.location.reload(true);} catch (error) {$notificationService.addNotification({type: 'NOTIFICATION_TYPE_FAILURE',headline: 'Beitrag freischalten',description: 'Der Beitrag konnte nicht freigeschaltet werden',});this.resetState();}},enterPendingState() {this.isLoading = true;this.isDisabled = true;},resetState() {this.isLoading = false;$cooldown(2000, 'isDisabled');}}" data-area="paywall" :data-sara-component="saraComponent" :data-target-id="targetId" data-has-spmetered-visible
Three microcode cycles for the writeback alone. That's acceptable because segment loads are already expensive multi-cycle operations, and the designers likely expected them to be infrequent -- most programs load their segments once at startup and never touch them again. Page translations happen on every memory access, so the same approach would be ruinous. Hence the fully autonomous hardware walker.
，详情可参考搜狗输入法下载
I used https://openrouter.ai to test multiple models without having to register to different LLM providers.
Perhaps it’s the biggest question science has left to answer, how did life begin? Now, molecular biologists in Cambridge university have discovered tiny molecules of RNA which they say might provide some clues. Science journalist and author Philip Ball explains what we know and whether we’ll ever find the origins of life on earth.