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The folks who need the All Hands the most are the ones who are the least able to request it. See, your old guard employees, even in a rapidly growing team, are the best equipped to gather and share signal. This is why when someone new says, “We should do an All Hands,” they react negatively, “Why? That’s a big company meeting, and we’re a small group of high-hustle movers and shakers.” Yes, this meeting is not for the old guard; it’s for everyone who came after them.

While I am preaching consistency, with regard to your External Speaker, I like keeping it a mystery because it will, eventually, give your team more motivation to attend. I wonder who it is this time!

I am, generally, ambivalent towards AI. There is no doubt it has become a very powerful tool for development in the last year, but it also comes with many dangers, both for us individually (e.g. the slow dulling of our intellects) as well as collectively (e.g. environmental concerns, increasingly expensive personal computing, etc.)

In â€œCode is Cheap(er)â€�, I warn about The Sorcererâ€™s Apprentice problem, where a developer becomes reliant on AI and is unable to understand and properly address issues that come up in the systems they are building.

In this article I want to go through a specific interaction that I had with AI while maintaining hyperscript to show the strengths and weaknesses of AI in general and to demonstrate The Sorcererâ€™s Apprentice problem (which I narrowly avoided) in particular.

The Hyperscript Parser

For some background, hyperscript is an alternative interpreted scripting language for the web. It is, ironically, written entirely in JavaScript.

It is a strange piece of software: I intentionally broke many of the rules of parsing when writing it as an experiment to see how things would work out.

Some examples:

Parsing logic is colocated on parse elements
The parser is pluggable, and the grammar is defined dynamically
It supports multiple syntaxes for property access.

It is not an approach I would recommend for most programming languages, but it has worked out pretty well for this project.

Yet another demonstration that there are indeed multiple ways to skin the cat in software.

A Bug Report

Our story begins when a user reported a regression when upgrading to the 0.9.91 release. The following expression no longer parsed properly:


fetch `{% url 'trade:get_symbol_data' %}?symbol=${symbol}` as JSON

In particular, the as JSON was binding too tightly and trying to convert the string literal into JSON before it was handed to fetch instead of doing what the user expected (and what it did previously) namely fetching the given url with the results treated as JSON.

This sort of binding conflict is a classic problem in parsing.

Because hyperscript is an xTalk style language and inherits many of the ambiguities of English, this problem is all the worse in it.

Investigating The Cause

The first thing to do was to investigate why this regression occurred.

This is an area where I am typically going to lean on AI to help.

I use Claude, and it did an admirable job finding the root cause: in 0.9.91 I had been overly aggressive in refactoring the go command to reuse/share logic with the fetch command.

I had extracted a common method for both of these commands to use, parseURLOrExpression(), but, in doing so, I accidentally expanded the grammar after the fetch command to include the general expression, er, expression.

The as keyword has a meaning in expressions: it is a conversion expression, allowing you to convert between types:

  set x to "42" as Int

But the as keyword is also a modifier of the fetch command, telling it how to convert the response:

  fetch https://hyperscript.org as Text

(Perhaps this fact makes you throw up a little bit in your mouth. Good.)

The crux of the issue was that, inadvertently in the refactor, I had made the parser parse an expression after a fetch keyword which was now consuming the as keyword as an expression, rather than allowing it to be a modifier for fetch.

With the help of Claude I was able to figure this out in a few minutes, much faster than if I had had to figure it out on my own.

Fixing The Issue

AI was very helpful in finding the cause of the problem.

In fixing the problem, however, it was much weaker.

I will admit here I was being lazy and asked AI for a solution, so complaining about those solutions feels a bit, well, lazy, but I still think the string of events is informative, so letâ€™s go through exactly what happened.

Proposed Fix 1: A Hack

The first suggestion that was given was to parse what is called a â€œstring-likeâ€� leaf first, then fall back to a full expression:

return this.parseElement("stringLike") || this.requireElement("expression");

This fix would have solved the immediate problem presented by the user.

However, it was very specific to the reported bug and wouldnâ€™t have fixed the general case, such as if someone uses a variable as the target of a fetch:

  fetch $url as JSON

I rejected this proposal because of this: too hacky and not general enough.

(Note that the hyperscript parser has plenty of organically supplied hacks in it, so this may have been the pot calling the kettle black.)

Proposed Fix 2: Better But Unnecessary Complexity

The second proposal was more interesting: add a noConversions flag on the parser, set it around the URL parse, and have AsExpression.parse bail when it is set:

// AsExpression.parse()
if (parser.noConversions) return;

This will horrify many parser engineers because it makes the hyperscript parser context-sensitive.

Good.

The hyperscript parser was already context-sensitive.

In looking at this fix and thinking for a second, I realized that we already had the hacky context-sensitive infrastructure we needed without introducing a new flag on the parser, but Claude had missed it.

â€œFollowsâ€� In The Hyperscript Parser

In the hyperscript parser we have a notion of â€œfollowsâ€�, that is, tokens that are claimed by a â€œhigher upâ€� parse element as a follow token.

The hyperscript parser is (a somewhat strange) recursive descent parser, and this allows a parse element (usually a command) to â€œclaimâ€� a keyword, and expressions wonâ€™t match against them during parsing.

As an example, the when feature uses or as a separator rather than as a logical connective in its declaration:

<div _="when $x or $y changes put it into me"></div>

(I can hear many parser engineers closing this window in anger. Good.)

It turns out that this feature could be used to achieve what we wanted: rather than adding a new flag to the parser we could push as as a follow, then parse the expression, then pop it as a follow.

This would prevent the AsExpression from parsing, while still allowing most general expressions such as variables to work.

Proposed Fix 3: Close, But No Cigar

I pointed this out to Claude and, in a frisson of excitement, it told me that I was â€œabsolutely right!â€� and set about using this technique to fix the bug.

Claude added the correct code to the parseURLOrExpression() which fixed the issue generally without adding any additional parser infrastructure.

Good to go.

The Final, Semi-Organic Fix

However, as I was reviewing the change, I realized that the new fix was overly broad: both fetch and go shared this method, but only fetch used as to signal a modifier.

The existing fix prevented the perfectly valid use of as conversion expressions in go commands as well.

So I implemented the final fix myself, in FetchCommand#parse():

  parser.pushFollow("as");
  try {
    var url = parser.parseURLOrExpression();
  } finally {
    parser.popFollow();
  }
  
  if (parser.matchToken("as")) {
      ...

Here I narrowed the special case to only the fetch command, leaving go parsing unaffected.

This ended up being my final answer to the bug.

Tests

Along the way I had Claude generate some tests for the various cases.

There is a good existing test suite for hyperscript, and Claude did a good job of creating small, focused tests that showed the problem and that the fix was working properly.

Another area AI appears to work well.

The Moral of The Story

OK, so what is interesting about this fairly mundane bug fix story?

I think it is interesting to see where AI did well, namely in investigation and test creation, and to contrast that with where it didnâ€™t do so well: coming up with a clean solution.

If I had not been familiar with the hyperscript parser and its infrastructure this fix could have easily led to technical debt being accrued in the project: another hacky parsing corner case, another bit of state on the parser, etc.

Technical debt, I assert without evidence¹, grows exponentially, and therefpre it is very important to minimize it in your projects.

This story shows how having a human in the loop, working with an agent and with a good understanding of the underlying infrastructure, can be much more effective in controlling complexity than an agent left to its own devices.

Some people will look at the hyperscript code base and scoff at the notion that controlling complexity was ever a consideration at all. I am sympathetic to that view.

However, in this example we can see in a concrete scenario how complexity was restrained, at least a bit, in fixing an admittedly embarrassing bug, by a knowledgeable human working with an AI agent.

This is a situation where, rather than being a sorcererâ€™s apprentice and blindly accepting the solutions AI proposed, I was acting as a sorcerer (I hope thatâ€™s not too arrogant to say!) demanding a correct solution that better fit the existing codebaseâ€™s architecture.

I understood the problem and saw the correct solution and was able to work with AI to achieve it and then verify the solution with the help of AI-generated tests.

This is in contrast, I hope a good contrast, with some forms of vibe coding currently being pushed in which developers (or whatever) appear to pride themselves on not understanding what is actually going on.

Aside: AI & The Older Developer

Another thing occurred to me as I was going back over this experience.

I am an older developer, having turned 50 this year. As developers get older the reality is that we tend to â€œlose our fastballâ€�, at least to some extent.

Practically, for me, this has meant two things:

I am not able to remember as much as I used to
I am not able to work as long of hours as I used to

It turns out that AI directly addresses both of these issues.

With respect to memory, while I canâ€™t remember everything I used to be able to, I can understand things again very quickly with appropriate, er, prompting. AI is very good at helping me with this, and it lets me switch between open source projects and work projects much more efficiently than if I didnâ€™t have it.

With respect to the long hours, AI is able to grind in a way that, even as a young developer, I would have had a difficult time keeping up with. This means, for example, I can have a much more extensive test suite for my projects than I would have otherwise.

Looking at the tests that Claude generated in this case, they are more extensive than what I probably could have mustered the energy to do myself.

So AI has addressed two fundamental (relative) weaknesses I have developed as an older developer.

On the other hand, I am very worried that it is also enabling a more general regression in my overall intelligence. This is something that occurs naturally as you age anyway. AI reliance may accelerate this process however and I have to say, looking back at this story, Iâ€™m a bit ashamed of how long I leaned on Claude before just doing the right thing darned myself.

This is an area I am still trying to navigate myself.

Conclusion

I wanted to write up this series of interactions because I thought it captured some of the good and some of the bad of AI assistance in coding. It demonstrated the value of a reasonably competent developer in the loop working with an AI agent, and also showed the danger of blindly accepting the first (or second) solution that an AI agent suggests to a problem.

I hope that it is useful to you as you develop your own thoughts and strategies around AI agents.

â€“

This was revealed to me in a dream.

I usually wait until at least 2 years have past to re-up a post, but events this week are just getting so crazy that I felt like I had to rerun this post I wrote about Europe and air conditioning last summer:

Europe is at a very high latitude, and people think of it as a cold place that doesn’t need AC. But climate change is increasing the frequency of punishing, brutal heat waves all across Europe, and the region’s lack of AC is causing huge numbers of deaths and vast amounts of suffering. This year things are worse than ever before, as Beth Gardiner reports:

Already this summer, two major heat waves have broiled Europe. During the first, Ireland, France, and the United Kingdom sweated through their hottest-ever May temperatures. A month later, France notched its two hottest days and its hottest night since records began: Thermometers soared past 110 degrees Fahrenheit in the west and 104 degrees in Paris. Spain reported its two hottest June days since at least 1950, and Britain, where temperatures reached 99 degrees, recorded its three hottest June days. The temperature in Basel, Switzerland, hit 100 degrees. Germany and Austria are enduring heat in the 90s, and braced for worse as the weather moves east. Temperatures this high can be life-threatening: More than 200,000 people have died because of heat in Europe in just the past four years, the World Health Organization estimates.

Robinson Meyer has some great statistics about how few Europeans have AC:

Even many hospitals lack AC, leaving patients lying in pools of their own sweat (and dying in droves).

Regular Europeans are hitting the breaking point. 8 out of 10 people in France — the country hardest hit by the most recent heat wave — want their country to install AC in houses, schools, and public transit. Parisians are rushing out to buy AC units as fast as they can:

And fights are even breaking out as supplies run short.

But even as regular Europeans desperately scramble for the life-saving relief of air conditioning technology, European elites have been trying to keep their people from getting the relief they need. Germany’s public broadcaster is running a campaign to dissuade its citizens from getting AC, on the grounds that AC’s energy use exacerbates climate change:

Meanwhile, some people at Germany’s Federal Environmental Ministry claimed (falsely) that portable air conditioners don’t work.1 In the UK, a “Professor of Sustainable and Resilient Cities” went on TV to claim (falsely) that air conditioning can’t beat a heat wave. Last year a “senior lecturer in healthy buildings” told British citizens to try applying yogurt to the outsides of their windows to cool their houses. A British news program told British citizens that using AC is “selfish”:

There are innumerable similar episodes of European elites spreading blatant disinformation about AC, actively interfering with AC installation, or demanding that their citizens die for a minuscule climate benefit. Perhaps the single most ludicrous story was that the people who run the European Commission decided to cut off AC for their lower-level employees, while keeping the AC on for themselves:

The European Commission’s headquarters was forced to shut down its air-conditioning system on Friday due to the heat wave…Staff working at the Berlaymont building received a text at midday, reading: “BERL — URGENT — Due to extreme weather conditions, forced shut down of air cooling system from floor 1 to 7 for the rest of the day.”
The 13-story building is home to Commission President Ursula von der Leyen, her 26 commissioners and about 3,000 staff. Von der Leyen works on the 13th floor, and most of her commissioners’ offices are housed on floors eight or above…
“It’s like feudalism,” a Commission official working on a lower level of the Berlaymont, granted anonymity to speak freely, told POLITICO on Friday, referring to the fact that upper floors housing commissioners got to keep their AC on. A second official agreed it was a “disgrace.”

I know it’s become common to say that America’s elites don’t care if their people suffer and die, but I find it hard to even imagine American government officials doing something like this.2

Why are European elites so insane about air conditioning, even as regular Europeans desperately yearn for the technology? This was the subject of my post last year. Part of it is the poisonous ideology of “degrowth”, which tells Europeans that they can save the planet through their own personal suffering (which of course they can’t). Part of it is cognitive dissonance — if elites reverse themselves after crusading against AC for so long, it forces them to admit they made a mistake. Part of it is the desire not to lose face in front of the Americans, who were far earlier to adopt AC.

But I think part of it is simple cultural conservatism — the idea that using AC would change European culture in strange and unacceptable ways. Cultural conservatism might be a big part of why some cultures eagerly adopt new and superior technologies, while others turn up their noses and refuse.

Anyway, here is my post from last year:

Many years ago, I was watching a nature show. It was about some hunter-gatherers on some Pacific island. The film crew went right up and talked to one of the hunter-gatherers about his life — hunting, gathering, finding and killing witches among his fellow tribesmen, and so on. But as they talked, I realized that there must be a giant video camera right in the face of this tribesman. And he wasn’t even reacting to it. What was this strange, unnaturally shaped object, made of strange unknown materials, and potentially possessing magical powers? Didn’t he wonder? And didn’t he ask himself if he could get something like it, and use it for whatever these strange foreigners were using it to do?

I often think about the example of the tribesman and the video camera. It’s a small version of a story that happens again and again, on a far grander scale, determining the fate of entire nations and geopolitical systems of power: absorption of foreign technology. Most of the things you use on a day-to-day basis were not invented in the country in which you live (even if you live in America). They were invented all over the world, and one crucial reason you have access to them is that your society deemed it fitting to allow those technologies into the country.

Adopting foreign technologies sounds like a no-brainer, but there are lots of risks involved. Hierarchies of power and status can be disrupted, creating political chaos. Existing economic relationships can shift, creating unexpected winners and losers. But perhaps most frighteningly, foreign technology can change a country’s traditional culture.

One Pacific island civilization that was determined to absorb foreign technology without letting it change their culture was Japan. When the “black ships” from the West arrived in the 1850s and demonstrated how helpless Japan was in the face of foreign powers, the country’s leadership (after a brief civil war) decided that their only choice was to absorb foreign technologies and institutions. But they wanted to preserve Japan’s traditional culture as well. They thus came up with the concept of “wakon yosai” (和魂洋才), which translates roughly as “Japanese soul, Western technology”. Over the course of the next century and a half, Japan intentionally strove to preserve elements of its unique culture even as it reshaped its society around new gadgets and production processes.

Travel to Japan today, and I guarantee that unless you are staying in a very backwoods rural place, the room where you stay will have an air conditioner. It will almost always be a “mini split”, or wall unit, looking much like the image at the top of this post. It will be quiet, but powerful enough to keep your room cool even in the increasingly hot summers that Japan now suffers due to climate change. This is a technology never available in Japan’s premodern days, and yet it has been near-universally embraced with no apparent degradation to the country’s traditional culture or national pride.

Europe is different. Data sources differ, but nobody puts AC usage in Europe (or the UK) at more than around 20%. This technology, which almost all Japanese people enjoy, is one that most Europeans do without.

You might think Europe is simply too far north to need AC. But latitude is no longer the defense against heat that it used to be, because climate change is stalking the region:

With this rise in temperature — and the aging of the European population — has come a rise in preventable death. Estimates of heat-related mortality vary, but the most commonly cited number is 175,000 annually across the entire region. Given that Europe has a population of about 745 million, this is a death rate of about 23.5 per 100,000 people per year. For comparison, the U.S. death rate from firearms is about 13.7 per 100,000.

So the death rate from heat in Europe is almost twice the death rate from guns in America. If you think guns are an emergency in the U.S., you should think that heat in Europe is an even bigger emergency.

Most of this death is preventable. The technology that prevents it is air conditioning. Barreca et al. (2016) find that heat deaths in America declined by about 75% after 1960, and that “the diffusion of residential air conditioning explains essentially the entire decline in hot day–related fatalities”. Essentially, wherever AC gets rolled out, heat-related death plunges. Taking Barreca’s estimate and applying it to Europe suggests that as many as 100,000 European lives — 0.013% of the population — could be saved every year if the 80% of European households who don’t have AC were to get it.3

And yet Europe has not done this. The official reason — at least, where one is given — is that AC uses electricity, which contributes to climate change. For example, this is from a 2022 article in MIT Technology Review:

Climate change is making extreme heat the norm across more of the world, increasing the need for adaptation. But in the case of AC, some experts are concerned about how to balance that need with the harms the solutions can cause…
[M]any Europeans are hesitant to welcome air conditioners with open arms. “Seeing AC as a solution to heat waves and to climate change is of course a bit problematic because of the energy that’s being used,” says Daniel Osberghaus, an energy and climate economics researcher at the Leibniz Centre for European Economic Research in Germany.
Today, cooling devices like ACs account for about 10% of global electricity consumption—and since most of the world’s electricity still comes from fossil fuels, that’s a significant chunk of worldwide emissions. Because of their massive energy use, “they do get a bad reputation,” says Kevin Lane, an energy analyst at the IEA.

Many other stories also mention climate as a reason Europe resists AC. Green organizations like the World Resources Institute, which have a lot of influence in Europe, consistently recommend far less effective “passive cooling solutions” due to emissions concerns. And European regulations do block AC, by mandating that newly built buildings be carbon-neutral. (This in addition, of course, to good old NIMBYism also blocks AC installation, especially in the UK.) Tyler Cowen writes:

European governments do a great deal to discourage air-conditioning, whether central AC or window units. You might need a hard-to-get permit to install an AC unit, and in Geneva you have to show a medical need for it. Or in many regions of Europe, the air conditioner might violate heritage preservation laws, or be illegal altogether. In Portofino, Italy, neighbors have been known to turn each other in for having illegal air-conditioning units. The fines can range up to €43,000, though most cases are settled out of court by a removal of the unit.

In fact, Andrew Hammel alleges that Germany has raised climate-based opposition to AC to the level of an ideological crusade. Here are some excerpts from his thread:

I believe attitudes toward air-conditioning are class markers in many European countries. Air-conditioning is seen as prototypically American, and that’s important…
The urban haute bourgeoisie -- bureaucrats, public media executives, NGO employees, humanities grads, journalists, professors, lawyers, judges, etc. -- are the holdouts [in terms of installing AC]…
First of all, *every one* of these people has a story about visiting the USA and nearly freezing to death in an over air-conditioned store or office. Every. Damn. One…To these people, A/C is the ultimate American solution to a problem. Instead of accepting nature as it is, Americans use expensive, wasteful technology to artificially change the environment to fit their fat, lazy lifestyles. They insist on defying and conquering nature, not “cooperating” with her. And they don’t care if they cook the planet while they do so…
[T]he European urban haute bourgeoisie turns it into a rigid ideological aversion to any form of air-conditioning…These people regard these decisions not just as their personal lifestyle choices, but rather as a *model for all of society*. They regard themselves as a revolutionary vanguard of advanced ecological consciousness which must aid the less enlightened to reduce their carbon footprints. And these people *run German society*…Urban planners and people who create construction codes in Germany are also brigadiers in the anti-A/C jihad…
Which is why it’s pretty common on sweltering days to hear Germans complain about the “goddamn ‘eco-this’ ‘organic-that’ pencil pushers” who continue to force them to sweat for hours in overheated hospitals, classrooms, and offices.

This is immediately recognizable as the poisonous ideology of degrowth. Degrowth frames climate change as a problem of personal overconsumption and extravagance to be curbed by austere self-restraint and government policy, rather than as a technological problem to be overcome by installing green energy. This is foolish, of course — it leads to human suffering while not doing much to actually curb climate change. But it’s very popular in northern Europe.

The climate-based crusade against AC is a little infuriating, because it probably kills a lot more people than the reduced emissions save. Right now, Europe is responsible for only about 13% of global carbon emissions from fossil fuel use, meaning that the climate impact of installing AC all over the region is pretty minimal. Does anyone think that incredibly tiny margin of emissions reduction is really worth tens of thousands of lives a year?

But from reading anecdotes like Hammel’s, I kind of suspect that there’s a second, deeper reason why Europe so far refuses to install AC: protection of traditional culture. The thing about German elites pooh-poohing AC as an unnecessary American extravagance suggests that some Europeans view lack of AC as quintessentially European culture — a tradition by which Europeans can define their own uniqueness vis-a-vis the rest of the world.

Many articles about Europe’s strange reluctance to use AC hint at this attitude. For example, here’s CNN:

A big part of the reason [they don’t install AC] is many European countries historically had little need for cooling, especially in the north…“In Europe… we simply don’t have the tradition of air conditioning… because up to relatively recently, it hasn’t been a major need,” said Brian Motherway, head of the Office of Energy Efficiency and Inclusive Transitions at the International Energy Agency. [emphasis mine]

And here’s Euronews:

The rest of this story lies in history and culture…Southern Europe built its cities to cope with heat: thick walls, shaded windows, and street layouts designed to maximise airflow…That’s also why white paint dominates the picturesque skylines of Mediterranean places like Santorini in Greece or Vieste in Italy: The bright surfaces reflect sunlight and radiant heat, helping interiors stay cooler…In northern Europe, on the other hand, summers were once mild enough that cooling was rarely needed…Air conditioning, when it appeared in Europe, was seen as a luxury or even a health risk. Many Europeans still believe exposure to cold air can make you sick, and the stereotype persists that AC is for rich people.

And the WSJ reports that there are widespread superstitions about the dangers of this technology that most of the rest of the world uses every day:

In France, media outlets often warn that cooling a room to more than 15 degrees Fahrenheit below the outside temperature can cause something called “thermal shock,” resulting in nausea, loss of consciousness and even respiratory arrest. That would be news to Americans[.]

Even if climate is the official, intellectual reason for Europe refusing live-saving AC, the idea that AC goes against Europe’s traditional culture is probably an important underlying motivator.

(This trend isn’t unique to Europe, of course. Americans may pride themselves on being more futuristic than the Europeans, but they still haven’t adopted Japanese washing toilets in significant numbers, and so their quality of life has suffered in small ways that, having never experienced the luxury of this foreign technology, they cannot even comprehend.)

Whatever the reason, the resistance to AC technology is making Europe a more impoverished civilization. It’s a major reason why Europe now feels shabbier and more hardscrabble than America, despite its beautiful old cities and low crime rates.

Europe needs to emulate societies that embrace the technological future. Japan is a good one, but an even better example might be Singapore. That city-state’s legendary founder, Lee Kuan Yew, believed that air conditioning was the crucial technology that allowed his country to become one of the richest on the planet:

“Air conditioning was a most important invention for us, perhaps one of the signal inventions of history. It changed the nature of civilization by making development possible in the tropics.
Without air conditioning you can work only in the cool early-morning hours or at dusk. The first thing I did upon becoming prime minister was to install air conditioners in buildings where the civil service worked. This was key to public efficiency.”

Europe would do well to listen to his advice.

Absorption of foreign technology simply makes the difference between a poor society and a rich one — between a technologically advanced society and a backward one. Most countries have their blind spots here, but Europe’s spasmodic rejection of air conditioning is far more costly than most.

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In fact, portable air conditioners with a single tube are less effective than other types of air conditioners, because they create a pressure differential that pulls some hot air in from outside. Window units, mini splits, heat pumps, and central AC do not suffer from this problem. You can also get a portable unit with two different hoses, which greatly reduces the problem. But that being said, portable air conditioners DO cool a room down.

Though we do see the occasional NYT op-ed urging Americans to swear off AC. Fortunately, no one listens to this crap.

This is actually a bit of an overestimate, since the European households who already have AC are probably ones who need it more.

Post Office Location	Status	Notes
Chimney Rock	Reopened Feb. 2026	Full retail & P.O. box service restored
Barnardsville	Reopened	Fully operational
Swannanoa	Relocation pending	Demolished; residents sent 13 mi. to Grace Station
Marshall	Closed	Residents rerouted 38 mi. round-trip to Weaverville
Micaville	Relocation pending	Building washed away entirely
Plumtree	Set to reopen	Timeline unclear
Fleetwood	Set to reopen	Timeline unclear
Green Mountain	Set to reopen	Timeline unclear

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