Re: Sdt Mod Loader Zip
Aquilino Neadstine
I'm hoping that someone out there can help me with the last bit of getting an external loader working for my custom board. I'm in the very early stages of developing, specifically at the whacking together dev boards for proof of concept stage. So anything can be changed at this point.
Ultimately my issue is that I've built an external loader that runs tested/verified QSPI flash routines, adpated that to the loader format (Loader_Src.c, Dev_info.c, etc) and built that using example linker scripts. For the life of me, I can't get CubeProgrammer to see the *.stldr. I can see the Dev_info object in the elf, as well as Init, Write, etc. Is there anyone out there that knows the specifics that CubeProgrammer is looking for?
It often happens that Junos installation at loader prompt create problem I have faced the situation many a times. After going through lot of documents about Junos and FreeBsd I have devised a procedure which works without any problem and 100 success rate
1) What's the difference between the connection I created in Connection Manager on my server for type = "Microsoft Sql Server" that leverage "ODBC Driver 13 for Sql Server" vs a Sql Server Bulk connection?
2) How do I set up the DSN for a Sql Server Bulk connection? I need to do this so that the user will pass the name of the DSN and their credentials in the workflow to control user authentication (ex odbc: DSN=XXXX; UID=XXXX; PWD=XXXX
So now I see.....thanks for pointing that out. I was thinking there was some special driver needed that I didn't have. Once i switched to the native driver for the setup, it worked perfectly- took a 14 min process down to 14 seconds....
The SQL Server bulk loader is meant to improve the performance of data loads but it did not work with the default ODBC 13 Driver. So I downloaded the ODBC 11 driver from this link -us/download/details.aspx?id=36434
module.rules allows you to specify several loaders within your webpack configuration.This is a concise way to display loaders, and helps to maintain clean code. It also offers you a full overview of each respective loader.
Loaders are evaluated/executed from right to left (or from bottom to top). In the example below execution starts with sass-loader, continues with css-loader and finally ends with style-loader. See "Loader Features" for more information about loaders order.
Loaders provide a way to customize the output through their preprocessing functions. Users now have more flexibility to include fine-grained logic such as compression, packaging, language translations and more.
A loader module is expected to export a function and be written in Node.js compatible JavaScript. They are most commonly managed with npm, but you can also have custom loaders as files within your application. By convention, loaders are usually named xxx-loader (e.g. json-loader). See "Writing a Loader" for more information.
Loader can load a QML file (using the source property) or a Component object (using the sourceComponent property). It is useful for delaying the creation of a component until it is required: for example, when a component should be created on demand, or when a component should not be created unnecessarily for performance reasons.
If the source or sourceComponent changes, any previously instantiated items are destroyed. Setting source to an empty string or setting sourceComponent to undefined destroys the currently loaded object, freeing resources and leaving the Loader empty.
Any signals emitted from the loaded object can be received using the Connections type. For example, the following application.qml loads MyItem.qml, and is able to receive the message signal from the loaded item through a Connections object:
Loader is a focus scope. Its focus property must be set to true for any of its children to get the active focus. (See Keyboard Focus in Qt Quick for more details.) Any key events received in the loaded item should likely also be accepted so they are not propagated to the Loader.
For example, the following application.qml loads KeyReader.qml when the MouseArea is clicked. Notice the focus property is set to true for the Loader as well as the Item in the dynamically loaded object:
In some cases you may wish to use a Loader within a view delegate to improve delegate loading performance. This works well in most cases, but there is one important issue to be aware of related to the creation context of a Component.
In the following example, the index context property inserted by the ListView into delegateComponent's context will be inaccessible to Text, as the Loader will use the creation context of myComponent as the parent context when instantiating it, and index does not refer to anything within that context chain.
Loading asynchronously creates the objects declared by the component across multiple frames, and reduces the likelihood of glitches in animation. When loading asynchronously the status will change to Loader.Loading. Once the entire component has been created, the item will be available and the status will change to Loader.Ready.
Changing the value of this property to false while an asynchronous load is in progress will force immediate, synchronous completion. This allows beginning an asynchronous load and then forcing completion if the Loader content must be accessed before the asynchronous load has completed.
To unload the currently loaded object, set this property to an empty string, or set sourceComponent to undefined. Setting source to a new URL will also cause the item created by the previous URL to be unloaded.
Creates an object instance of the given source component that will have the given properties. The properties argument is optional. The instance will be accessible via the item property once loading and instantiation is complete.
If the active property is false at the time when this function is called, the given source component will not be loaded but the source and initial properties will be cached. When the loader is made active, an instance of the source component will be created with the initial properties set.
A loader is a heavy equipment machine used in construction to move or load materials such as soil, rock, sand, demolition debris, etc. into or onto another type of machinery (such as a dump truck, conveyor belt, feed-hopper, or railroad car).
A loader is a type of tractor, usually wheeled, sometimes on tracks, that has a front-mounted wide bucket connected to the end of two booms (arms) to scoop up loose material from the ground, such as dirt, sand or gravel, and move it from one place to another without pushing the material across the ground. A loader is commonly used to move a stockpiled material from ground level and deposit it into an awaiting dump truck or into an open trench excavation.
Large loaders, such as the Kawasaki 95ZV-2, John Deere 844K, ACR 700K Compact Wheel Loader, Caterpillar 950H, Volvo L120E, Case 921E, or Hitachi ZW310 usually have only a front bucket and are called front loaders, whereas small loader tractors are often also equipped with a small backhoe and are called backhoe loaders or loader backhoes or JCBs, after the company that first claimed to have invented them. Other companies like CASE in America and Whitlock in the UK had been manufacturing excavator loaders well before JCB.
The largest loader in the world is LeTourneau L-2350. Currently these large loaders are in production in the Longview, Texas facility. The L-2350 uses a diesel-electric propulsion system similar to that used in a locomotive.[1] Each rubber tired wheel is driven by its own independent electric motor.
Loaders are used mainly for loading materials into trucks, laying pipe, clearing rubble, and digging. A loader is not the most efficient machine for digging as it cannot dig very deep below the level of its wheels, like a backhoe or an excavator can. The capacity of a loader bucket can be anywhere from 0.5 to 36 m3[2] depending upon the size of the machine and its application. The front loader's bucket capacity is generally much bigger than a bucket capacity of a backhoe loader.
Unlike most bulldozers, most loaders are wheeled and not tracked, although track loaders are common. They are successful where sharp-edged materials in construction debris would damage rubber wheels, or where the ground is soft and muddy. Wheels provide better mobility and speed and do not damage paved roads as much as tracks, but provide less traction.
Front-loaders are commonly used to remove snow especially from sidewalks, parking lots, and other areas too small for using snowplows and other heavy equipment. They are sometimes used as snowplows with a snowplow attachment but commonly have a bucket or snow basket, which can also be used to load snow into the rear compartment of a snowplow or dump truck.
Unlike backhoes or standard tractors fitted with a front bucket, many large loaders do not use automotive steering mechanisms. Instead, they steer by a hydraulically actuated pivot point set exactly between the front and rear axles. This is referred to as "articulated steering" and allows the front axle to be solid, allowing it to carry greater weight. Articulated steering provides better maneuverability for a given wheelbase. Since the front wheels and attachment rotate on the same axis, the operator is able to "steer" his load in an arc after positioning the machine, which can be useful. The tradeoff is that when the machine is "twisted" to one side and a heavy load is lifted high, it has a greater risk of turning over to the "wide" side.
Front loaders gained popularity during the last two decades, especially in urban engineering projects and small earthmoving works. Heavy equipment manufacturers offer a wide range of loader sizes and duties.
The major components included in a loader are the engine (diesel in almost all cases), the hydraulic components (such as pumps, motors and valves) and the transmission components (gearbox, axles, wheels/tracks, pumps, motors, etc.). The engine runs both the hydraulics and the transmission, and these in turn move the front attachment (a bucket, forks, sweeper, etc.) to manipulate the material being handled, and the wheels or tracks to move the machine around the jobsite.
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