history

Ulysses Grant & the torpedo

From Greg Goebel’s “Februrary 1862: Unconditional And Immediate Surrender” (interpolation from Shelby Foote’s The Civil War: Fort Sumter to Perryville [187]):

On the afternoon of 5 February, during a conference between Grant, Foote, and the two division commanders, the captain of a gunboat sent a message to Grant that he had actually pulled a torpedo out of the river, had it on the gunboat’s deck, and would anyone care to see it? As the Second Division was still being shuttled in to the landing and the attack could not go forward until they had arrived, leaving Grant and the other senior officers with little to do for the moment, they went over in a group to investigate. The officers gathered around the torpedo, which was a five foot (1.5 meter) long cylinder with a pronged rod extending from its head. Grant was intrigued by the evil-looking thing, had the ship’s armorer come up to try to dismantle it, and watched as the man tinkered with the device. Suddenly, as the armorer loosened a nut, the torpedo emitted a loud hissing sound that appeared to be building to an explosion.

[Foote sprang for the ship’s ladder, and Grant, perhaps reasoning that in naval matters the commodore knew best, was right behind him. If he lacked the seamans’s agility in climbing a rope ladder, he made up for it with what one witness called “commendable enthusasm.” At the top, the commodore looked back over his shoulder and found Grant closing rapidly upon him.]

The hissing died out, leaving the two men hanging on the ladder. Foote looked down to see Grant beneath and, smiling, asked: “General, why this haste?” Grant replied: “That the Navy may not get ahead of us.”

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Slavery & whiskey; Foote & Grant

From Shelby Foote’s The Civil War: Fort Sumter to Perryville (184):

Commodore Andrew H. Foote was a Connecticut Yankee, a small man with burning eyes, a jutting gray chin-beard, and a long, naked upper lip. … he was deeply, puritanically religious, and conducted a Bible school for his crew every Sunday, afloat or ashore. Twenty years before, he had had the first temperance ship in the US Navy, and before the present year was out he would realize a lifelong ambition by seeing the alcohol ration abolished throughout the service. At fifty-six he had spent forty years as a career officer fighting the two things he hated most, slavery and whiskey. It was perhaps a quirk of fate to have placed him thus alongside Grant, who could scarecely be said to have shown an aversion for either.

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How he liked being tarred & feathered

From Shelby Foote’s The Civil War: Fort Sumter to Perryville (166):

Asked how he enjoyed his office [of President], [Lincoln] told of a tarred and feathered man out West, who, as he was being ridden out of town on a rail, heard one among the crowd call to him, asking how he liked it, high up there on his uncomfortable perch. “If it wasn’t for the honor of the thing,” the man replied, “I’d sooner walk.”

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The conspirer

From Shelby Foote’s The Civil War: Fort Sumter to Perryville (138):

[John Slidell] was aptly named, being noted for his slyness. At the outbreak of hostilities, back in the spring, an English journalist called him, “a man of iron will and strong passions, who loves the excitement of combinations and who, in his dungeon, or whatever else it may be, would conspire with the mice against the cat rather than not conspire at all.”

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Good will to everyone … with a few exceptions

From Shelby Foote’s The Civil War: Fort Sumter to Perryville (132-133):

Two days after the first-Wednesday election an insurrection exploded in the loyalist mountain region of East Tennessee. Bridges were burned and armed men assembled to assist the expected advanced of a Union army through Cumberland Gap. … Resistance was quashed and a considereable number of Unionists arrested. … Five were so hanged, and others were held, including that William G. Brownlow who earlier had said that he would fight seccession on the ice in hell. … An honest, fearless, vociferous man who neither smoked nor drank nor swore, he had courted only one girl in his life “and her I married.” Though he was mysteriously absent from home on the night of the burnings, his actual complicity could not be established. He was held in arrest – for a time, at least, until his presence proved embarassing … Davis directed that the parson-editor be released to enter the Union lines. Though he was thus denied the chance to recite the speech he had memorized for delivery on the gallows, Brownlow went rejoicing. “Glory to God in the highest,” he exclaimed as he crossed over, “and on earth peace, good will toward all men, except a few hell-born and hell-bound rebels in Knoxville.”

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Jefferson Davis, seeker after discord

From Shelby Foote’s The Civil War: Fort Sumter to Perryville (127):

Men interpreted [Jefferson Davis] as they saw him, and for the most part they considered him argumentative in the extreme, irascible, and a seeker after discord. A Richmond editor later wrote, for all to read, that Davis was “ready for any quarrel with any and everybody, at any time and all times; and the suspicion goes that rather than not have a row on hand with the enemy, he would make one with the best friend he had on earth.”

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Jefferson Davis replies to Joseph Johnston

From Shelby Foote’s The Civil War: Fort Sumter to Perryville (126):

[Jefferson] Davis read [the letter from Joseph E. Johnston] with a wrath that quickly rose to match the sender’s. … In composing his reply, however, Davis employed not a foil but a cutlass. Rejecting the nimble parry and riposte of thetoirc and logic, at both of which he was a master, he delivered instead one quick slash of scorn:

Sir: I have just received and read your letter of the 12th instant. Its language is, as you say, unusual; its arguments and statements utterly one sided, and its insinuations as unfounded as they are unbecoming.

I am, &c.

Jeff’n Davis.

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Word of the day: cunctative

Cunctative: Cunc’ta*tive, a. Slow; tardy; dilatory; causing delay.
Cunctator: Cunc*ta’tor, n. [L., lit., a delayer; — applied as a surname to Q. Fabius Maximus.] One who delays or lingers.

From Wikipedia’s “Fabius Maximus“:

Quintus Fabius Maximus Verrucosus (c. 275 BC-203 BC), called Cunctator (the Delayer), was a Roman politician and soldier, born in Rome around 275 BC and died in Rome in 203 BC. He was consul five times (233 BC, 228 BC, 215 BC, 214 BC and 208 BC) and was twice dictator, 221?–219 BC, and 217 BC. His nickname Cunctator (akin to the English noun cunctation) means “delayer” in Latin, and refers to his tactics in deploying the troops during the Second Punic War. His cognomen Verrucosus means warty, a reference to the wart above his upper lip. …

Fabius was well aware of the military superiority of the Carthaginians, and when Hannibal invaded Italy he refused to meet him in a pitched battle. Instead he kept his troops close to Hannibal, hoping to exhaust him in a long war of attrition. Fabius was able to harass the Carthaginian foraging parties, limiting Hannibal’s ability to wreak destruction while conserving his own military force.

The Romans were unimpressed with this defensive strategy and at first gave Fabius his nickname as an insult. The strategy was in part ruined because of a lack of unity in the command of the Roman army: Fabius’ magister equitum, Minucius, was a political enemy of Fabius. … Minucius had been named a co-commander of the Roman forces by Fabius’ detractors in the Senate. Minucius openly claimed that Fabius was cowardly because he failed to confront the Carthaginian forces. Near the present-day town of Larino in the Molise (then called Larinum), Hannibal had taken up position in a town called Gerione. In the valley between Larino and Gerione, Minucius decided to make a broad frontal attack on Hannibal’s troops. Several thousand men were involved on either side. It appeared that the Roman troops were winning but Hannibal had set a trap. Soon the Roman troops were being slaughtered. Fabius, despite Minucius’ earlier arrogance, rushed to his co-commander’s assistance and Hannibal’s forces immediately retreated. After the battle there was some feeling that there would be conflict between Minucius and Fabius. However, the younger soldier marched his men to Fabius’ encampment and he is reported to have said, “My father gave me life. Today you saved my life. You are my second father. I recognize your superior abilities as a commander.”

At the end of Fabius’ dictatorship, the command was given back to the consuls Gnaeus Servilius Geminus and Marcus Atilius Regulus. In the following year, the new consuls Paullus and Varro were defeated at the battle of Cannae, and the wisdom of Fabius’ tactic was understood. Thus Cunctator became an honorific title. This tactic was followed for the rest of the war, as long as Hannibal remained in Italy.

… Later, he became a legendary figure and the model of a tough, courageous Roman. According to Ennius, unus homo nobis cunctando restituit rem – “one man, by delaying, restored the state to us.” While Hannibal is mentioned in the company of history’s greatest generals, military professionals have bestowed Fabius’ name on an entire strategic doctrine known as “Fabian strategy.”

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Too much tail to that kite

From Addison Hart’s “General Fremont Has Chicken Guts!: Why John Charles Fremont Got Kicked Out Of Missouri“:

… [John Charles] Fremont did little else in his first few months in command in Missouri … He did, however, manage to get some criticisms over his choices for staff positions. Unlike many generals, Fremont wanted to be allowed to pick and choose each member of his staff and his bodyguard, and he did in fact do so. One priority, it seems, was that a candidate had to have a funny name, or at least a European one. In fact, the majority of Fremont’s staff members seem to have been Europeans, primarily Germans and Hungarians. A large amount of them seem to have been extra-legally commissioned and most had no idea of how the war in the West was to be fought. Those who knew military tactics advocated using the outdated tactics of Napoleon and Frederick the Great, as well as the Baron Jomini and that lot. A lot of them were as inefficient as possible, some were even minor nobility, and many were corrupt, mixed in with anti-Lincoln groups, Know-Nothings, and the like. …

The fact that the list of the staff members (about three hundred men in his personal bodyguard alone and a good thirty members, all over five foot eleven inches in height, made up his staff) is practically endless also bothered some individuals, especially when scrolling down the list one reads many times over French or Italian names, or running over several individuals with the surnames of ‘Kalmanuezze’ or ‘Zagonyi’. A lot of these fellows spoke English very badly at best, which only deepened the stupidity of the situation. When Fremont’s opponent in the field (not that Fremont ever bothered to fight him), General Albert Sidney Johnston, [Confederate States of America], was shown a copy of the staff list at his headquarters in Nashville, he simply commented with one of his deep chuckles “There’s too much tail to that kite!” Even the locals could feel their stomachs turn when they saw Fremont’s bodyguards and staff officers walking the streets, many wreaking of perfume, and wearing ridiculous (overly grandiose) uniforms with plumes and braids. Such men were the reason that the locals gave the men of Fremont’s staff (and the General himself) the somewhat embarrassing title ‘Chicken Guts’.

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Lincoln’s 1st political speech

From Shelby Foote’s The Civil War: Fort Sumter to Perryville (23):

[Lincoln’s] first speech was made at a country auction. Twenty-three years old, he stood on a box, wearing a frayed straw hat, a calico shirt, and pantaloons held up by a single-strap suspender. As he was about to speak, a fight broke out in the crowd. Lincoln stepped down, broke up the fight, then stepped back onto the box.

“Gentlemen and fellow citizens,” he said, “I presume you all know who I am: I am humble Abraham Lincoln. I have been solicited by many friends to become a candidate for the legislature. My policies are short and sweet, like the old woman’s dance. I am in favor of a national bank. I am in favor of the internal-improvements system and a high protective tariff. These are my sentiments and political principles. If elected I shall be thankful; and if not, it will be all the same.”

Election day he ran eighth in a field of thirteen …

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Russian anti-tank dogs

From Damn Interesting’s “Let Slip the Dogs of War“:

Nary does a modern movie depict the way the Romans used mastiffs with razored collars in battle, nor the fully armored Death Hounds … that the medieval knights would loose on a field to snap at the legs of opponents and dispatch the wounded that littered the ground. In fact, dogs have fought alongside their masters through most of history. At the eve of World War II, the Soviets had a fully operational four-legged fighter division, and a dog with a bomb is a potent foe.

The Soviets were unable to address the looming tank problem with any new technologies right away, thus they were forced to contemplate tackling the issue with the means at hand. Landmines were a viable option, but because one couldn’t count on the Nazis seeking out the mines, they had to figure a way to make the mines seek the tanks.

The answer laid in the dog division. The trainers would starve the dogs, then train them to find food under a tank. The dogs quickly learned that being released from their pens meant to run out to where the training tank was parked and find some vittles. Once trained, the dogs would be fitted with a bomb attached to the back, and loosed into a field of oncoming German Panzers. When the dog climbed underneath the tank – where there was no armor – the bomb would detonate and gut the enemy vehicle.

Realization of that plan was a little less successful. The dogs had been trained to look under a Soviet tank for food, and would sometimes be loosed into a battle just to turn around and find a friendly tank to climb under. Sometimes the dogs would spook at the rumble of a running diesel engine and run away from the battle. Sometimes the dogs just decided they didn’t want to go.

Despite the problems, the Anti-tank dogs were successful at disabling a reported 300 Nazi tanks. It was enough of a problem to the Nazi advance that the Germans were compelled to attempt measures at stopping them. The top mounted machine gun proved ineffective due to the relatively small size of the attackers, the fact that there were low to the ground and hard to spot, and that dogs just don’t want to die when they think they’re close to food. … Eventually the Germans began using flame-throwers on the tanks to ward the dogs away, and they were much more successful at dissuading the attacks – but some dogs would stop for neither fear of the fire nor actually being burned.

However, in 1942 one use of the Anti-tank dogs went seriously awry when a large contingent of anti-tank dogs ran amok, thus endangered everyone in the battle and forced the retreat of the entire Soviet division. Soon afterward the Anti-tank dogs were pulled from service.

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The original description of Ajax

From Jesse James Garrett’s “Ajax: A New Approach to Web Applications“:

Ajax isn’t a technology. It’s really several technologies, each flourishing in its own right, coming together in powerful new ways. Ajax incorporates:

  • standards-based presentation using XHTML and CSS;
  • dynamic display and interaction using the Document Object Model;
  • data interchange and manipulation using XML and XSLT;
  • asynchronous data retrieval using XMLHttpRequest;
  • and JavaScript binding everything together.

The classic web application model works like this: Most user actions in the interface trigger an HTTP request back to a web server. The server does some processing — retrieving data, crunching numbers, talking to various legacy systems — and then returns an HTML page to the client. It’s a model adapted from the Web’s original use as a hypertext medium, but as fans of The Elements of User Experience know, what makes the Web good for hypertext doesn’t necessarily make it good for software applications. …

An Ajax application eliminates the start-stop-start-stop nature of interaction on the Web by introducing an intermediary — an Ajax engine — between the user and the server. It seems like adding a layer to the application would make it less responsive, but the opposite is true.

Instead of loading a webpage, at the start of the session, the browser loads an Ajax engine — written in JavaScript and usually tucked away in a hidden frame. This engine is responsible for both rendering the interface the user sees and communicating with the server on the user’s behalf. The Ajax engine allows the user’s interaction with the application to happen asynchronously — independent of communication with the server. So the user is never staring at a blank browser window and an hourglass icon, waiting around for the server to do something. …

Every user action that normally would generate an HTTP request takes the form of a JavaScript call to the Ajax engine instead. Any response to a user action that doesn’t require a trip back to the server — such as simple data validation, editing data in memory, and even some navigation — the engine handles on its own. If the engine needs something from the server in order to respond — if it’s submitting data for processing, loading additional interface code, or retrieving new data — the engine makes those requests asynchronously, usually using XML, without stalling a user’s interaction with the application.

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A very brief history of programming

From Brian Hayes’ “The Post-OOP Paradigm“:

The architects of the earliest computer systems gave little thought to software. (The very word was still a decade in the future.) Building the machine itself was the serious intellectual challenge; converting mathematical formulas into program statements looked like a routine clerical task. The awful truth came out soon enough. Maurice V. Wilkes, who wrote what may have been the first working computer program, had his personal epiphany in 1949, when “the realization came over me with full force that a good part of the remainder of my life was going to be spent in finding errors in my own programs.” Half a century later, we’re still debugging.

The very first programs were written in pure binary notation: Both data and instructions had to be encoded in long, featureless strings of 1s and 0s. Moreover, it was up to the programmer to keep track of where everything was stored in the machine’s memory. Before you could call a subroutine, you had to calculate its address.

The technology that lifted these burdens from the programmer was assembly language, in which raw binary codes were replaced by symbols such as load, store, add, sub. The symbols were translated into binary by a program called an assembler, which also calculated addresses. This was the first of many instances in which the computer was recruited to help with its own programming.

Assembly language was a crucial early advance, but still the programmer had to keep in mind all the minutiae in the instruction set of a specific computer. Evaluating a short mathematical expression such as x 2+y 2 might require dozens of assembly-language instructions. Higher-level languages freed the programmer to think in terms of variables and equations rather than registers and addresses. In Fortran, for example, x 2+y 2 would be written simply as X**2+Y**2. Expressions of this kind are translated into binary form by a program called a compiler.

… By the 1960s large software projects were notorious for being late, overbudget and buggy; soon came the appalling news that the cost of software was overtaking that of hardware. Frederick P. Brooks, Jr., who managed the OS/360 software program at IBM, called large-system programming a “tar pit” and remarked, “Everyone seems to have been surprised by the stickiness of the problem.”

One response to this crisis was structured programming, a reform movement whose manifesto was Edsger W. Dijkstra’s brief letter to the editor titled “Go to statement considered harmful.” Structured programs were to be built out of subunits that have a single entrance point and a single exit (eschewing the goto command, which allows jumps into or out of the middle of a routine). Three such constructs were recommended: sequencing (do A, then B, then C), alternation (either do A or do B) and iteration (repeat A until some condition is satisfied). Corrado Böhm and Giuseppe Jacopini proved that these three idioms are sufficient to express essentially all programs.

Structured programming came packaged with a number of related principles and imperatives. Top-down design and stepwise refinement urged the programmer to set forth the broad outlines of a procedure first and only later fill in the details. Modularity called for self-contained units with simple interfaces between them. Encapsulation, or data hiding, required that the internal workings of a module be kept private, so that later changes to the module would not affect other areas of the program. All of these ideas have proved their worth and remain a part of software practice today. But they did not rescue programmers from the tar pit.

Object-oriented programming addresses these issues by packing both data and procedures—both nouns and verbs—into a single object. An object named triangle would have inside it some data structure representing a three-sided shape, but it would also include the procedures (called methods in this context) for acting on the data. To rotate a triangle, you send a message to the triangle object, telling it to rotate itself. Sending and receiving messages is the only way objects communicate with one another; outsiders are not allowed direct access to the data. Because only the object’s own methods know about the internal data structures, it’s easier to keep them in sync.

You define the class triangle just once; individual triangles are created as instances of the class. A mechanism called inheritance takes this idea a step further. You might define a more-general class polygon, which would have triangle as a subclass, along with other subclasses such as quadrilateral, pentagon and hexagon. Some methods would be common to all polygons; one example is the calculation of perimeter, which can be done by adding the lengths of the sides, no matter how many sides there are. If you define the method calculate-perimeter in the class polygon, all the subclasses inherit this code.

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Why we don’t have rights from the ground to the sky

From Salon’s “Throwing Google at the book“:

Lawrence Lessig, a Stanford law professor and copyright scholar, likes to tell the story of Thomas Lee and Tinie Causby, two North Carolina farmers, who in 1945 cast themselves at the center of a case that would redefine how society thought of physical property rights. The immediate cause of the Causbys’ discomfort was the airplane; military aircraft would fly low over their land, terrifying their chickens, who flew to their death into the walls of the barn. As the Causbys saw it, the military aircraft were trespassing on their land. They claimed that American law held that property rights reached ‘an indefinite extent, upwards’; that is, they owned the land from the ground to the heavens. If the government wanted to fly planes over the Causbys’ land, it needed the Causby’s permission, they insisted.

The case, in time, came to the Supreme Court, where Justice William O. Douglas, writing for the Court, was not kind to the Causbys’ ancient interpretation of the law. Their doctrine, he said, “has no place in the modern world. The air is a public highway, as Congress has declared. Were that not true, every transcontinental flight would subject the operator to countless trespass suits. Common sense revolts at the idea. To recognize such private claims to the airspace would clog these highways, seriously interfere with their control and development in the public interest, and transfer into private ownership that to which only the public has a just claim.”

… the airplane rendered the Causbys’ rights to the skies incompatible with the modern world …

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Commanding the waves to stop

Author: Earth Network Editor Use: Image in pub...
Image via Wikipedia

From Wikipedia’s “Canute the Great“:

[King Canute (994/995 – November 12, 1035)] is perhaps best remembered for the legend of how he commanded the waves to go back. According to the legend, he grew tired of flattery from his courtiers. When one such flatterer gushed that the king could even command the obedience of the sea, Canute proved him wrong by practical demonstration at Bosham, his point being that even a king’s powers have limits. Unfortunately, this legend is usually misunderstood to mean that he believed himself so powerful that the natural elements would obey him, and that his failure to command the tides only made him look foolish. It is quite possible that the legend is simply pro-Canute propaganda.

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A 4000 year old ship in the desert

From “World’s oldest ship timbers found in Egyptian desert“:

The oldest remains of seafaring ships in the world have been found in caves at the edge of the Egyptian desert along with cargo boxes that suggest ancient Egyptians sailed nearly 1,000 miles on rough waters to get treasures from a place they called God’s Land, or Punt.

Florida State University anthropology professor Cheryl Ward has determined that wooden planks found in the manmade caves are about 4,000 years old – making them the world’s most ancient ship timbers. Shipworms that had tunneled into the planks indicated the ships had weathered a long voyage of a few months, likely to the fabled southern Red Sea trading center of Punt, a place referenced in hieroglyphics on empty cargo boxes found in the caves, Ward said.

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Did plague cause the Little Ice Age?

From BBC News’ “Europe’s chill linked to disease“:

Europe’s “Little Ice Age” may have been triggered by the 14th Century Black Death plague, according to a new study.

Pollen and leaf data support the idea that millions of trees sprang up on abandoned farmland, soaking up carbon dioxide from the atmosphere.

This would have had the effect of cooling the climate, a team from Utrecht University, Netherlands, says.

The Little Ice Age was a period of some 300 years when Europe experienced a dip in average temperatures. …

“Between AD 1200 to 1300, we see a decrease in stomata and a sharp rise in atmospheric carbon dioxide, due to deforestation we think,” says Dr van Hoof, whose findings are published in the journal Palaeogeography, Palaeoclimatology, Palaeoecology.

But after AD 1350, the team found the pattern reversed, suggesting that atmospheric carbon dioxide fell, perhaps due to reforestation following the plague.

The researchers think that this drop in carbon dioxide levels could help to explain a cooling in the climate over the following centuries.

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New technologies & the urge to control

From David L. Hudson, Jr.’s “Update on the Internet and the First Amendment“:

For example, as First Amendment scholar Rodney
Smolla explains, when Gutenberg developed the printing press
circa 1450, the Archbishop of Mainz created a censorship body,
and the Venice Inquisition issued a list of banned books.

The expansion of printing led English officials to pass
restrictive licensing laws that allowed the crown to impose
prior restraints on publication. When movies were first introduced
in the early 20th century, the United States government
argued for tight censorship controls because it was believed that
movies would easily influence children.

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Still accessible after 1000 years

From BBC News:

In fact, it turns out that images stored electronically just 15 years ago are already becoming difficult to access. The Domesday Project, a multimedia archive of British life in 1986 designed as a digital counterpart to the original Domesday Book compiled by monks in 1086, was stored on laser discs.

The equipment needed to view the images on these discs is already very rare, yet the Domesday book, written on paper, is still accessible more than 1,000 years after it was produced.

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