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![]() In our example below, we will show how to do it using an Angular project. I will teach you how to start a Docker Container with Sonarqube, and then you can focus on the analysis. You can download the project from my GitHub repository: git clone Sonarqube Javascript Exampleįor our example, to learn using sonarqube with javascript, we have prepared a Hello Word built using Angular framework to make it easier to explain and go through all the steps that we need to learn. This project on Github does almost everything automatically. Suppose you need more details to configure the Docker Container for Sonarqube and how to configure the sonarqube. Then, I recommend you to read our previous post, which has an outstanding level of detail about it. We will build our Angular project on this script. So, it means compile our Typescript and generate our Javascript code. ĭocker run -rm -name node -v $PROJECT/:/tmp/angular -t /angular:v1 npm installĭocker run -rm -name node -v $PROJECT/:/tmp/angular -t /angular:v1 npm run build Then, later, we can give it to the Sonarqube to analyze for us. The first step from the build.sh, we are building the Docker image that will contain the noje.js and npm. ![]() And we will use them to build the application, and that approach doesn’t need to install those applications on our computer. ![]() In the second and third steps from the script, we effectively build the application using the Docker Image constructed before. No tricks, we perform npm install to download all node modules required by this project, and then you call the ng build to compile our project, like all standard node projects. Note: This approach to using Docker to build the application is perfect for instantly testing a new version of node.js without worrying about packages conflicts on your computer.
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Childrens ww2 gas mask box11/30/2023 In relation to the visor assembly, the twine used to secure both rubber sheets together was threaded around the skullcaps rim. Its construction was a metal oval with a metal cross at the top. To stop the respirator being too baggy and to prevent injury if the baby was dropped, a metal skullcap was introduced to the respirator design. The rim of the metal skullcap was sandwiched between the 2 rubber sheets - this allowed the twine to be threaded around the skullcap which added more structural security. Top of respirator, one can see the twine has been threaded in and out of the skullcaps rimĭuring assembly, once the rubber sheets had been placed (but not secured via twine), the skullcap was fixed into place. For added security, a layer of stitching is found around the perimeter. Once the visor was placed inside, a series of rivets were employed to secure the visor to both rubber sheets. ![]() These holes were reinforced by metal grommets. ![]() These sheets were affixed together by punching holes through them and then using a single piece of thick twine that threaded through each hole (3 on bottom, 2 at sides and 2 at top) and the respirators metal frame. One of the sheets was placed behind the metal rods and the other was placed in front (to cover the metal rods). These serve as the plane by which the visor is secured to the respirator. These metal rods were attached to the respirators' overall metal frame.įirstly, 2 sheets of oval-shaped black rubber were created. The whole visor assembly was attached to metal rods that formed the oval shape for the visor assembly to latch to. The overall construction of the visor assembly quite material intensive. Horizontal view of visor assembly, one can see the metal rods that form the visors frame, note the rubber is split after the first piece of twine Visor closeup, one can see the grommets that reinforce the twine that secures both rubber discs together and the rivets holding the visor Additionally, the visor was probably made large so the carer of the baby could see exactly what was going on inside and ensure the safety of the infant. Glass was most likely considered too expensive (these C3 respirators cost £1.4s, roughly 8 times more than a Standard respirator). The babies vision was supplied by a large capsule-shaped visor, which was probably made of cellulose. It is important for collectors to note that this 'bag' is often found in a dried condition, where the rubber surface has cracked and dried into a semi-hardened state. This bag enveloped the child's entire body to protect them from poisonous gases. The crux of the C3 respirator stems from a rubberised fabric 'bag' which contains the infant. Brush the fur after washing to restore the pile.A large, alien-looking contraption, this respirator could be aptly described as a sack attached to a metal frame. We suggest wearing light-weight clothing under your furry costume to avoid irritation. Fur costume care - The inside of new fur costumes can sometimes feel scratchy.Join hook and loop fasteners together before washing.Always wash light and dark colours separately.We suggest you wear light-weight clothing under your furry costume to avoid irritation.ĬLICK HERE to learn much more about our face coverings, including: A Sizing Guide, Safety information, washing instructions and our charitable program designed to help families in need.įull care instructions are on the label inside every costume. After the first wash, the fabric will soften. The inside of the fur fabric often has a backing that can be scratchy to the skin. ![]() If you anticipate wearing the outfit over the top of ordinary clothing it is worth considering buying the costume in a larger size. Wherever possible we make waists elasticated and use "Hook and Loop" fasteners to make the costumes easy to get in and out of. We design our costumes to be comfortable and a generous fit – with plenty of growing room. Place a fabric tape measure comfortably loose around the child’s natural waistline for this measurement. With a fabric tape measure under the arms and the fullest part of the chest. Measure from the top of the head to the ground. Measure the height of your child standing straight and with no shoes on. Each size we offer will fit up to the maximum height in that range.
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Applewin saving games11/30/2023 ![]() PRINT "RELOADING" : PRINT CHR$(4)"RUN THIS-PROGRAM" 10 REM If BASIC program load address is $0801,Ģ0 REM then change to $6001 and reload this program.ģ0 IF PEEK(104) = 8 THEN POKE 104,96 : POKE 24576,0 : The memory value directly before the start of a BASIC program must be zero, so $6000 is set to 0 before reloading. This location is configured when BASIC first loads and can be changed when running programs, and is stored at $67-$68 or 103,104 decimal.įor example if you have a very large BASIC program that overlaps hi-res page 1, but you want to use text page 2, hi-res page 1, and hi-res page 2, you can tell DOS and BASIC to load and run programs starting at $6001. To confine all variables to the graphics page 2 memory region, and protect $0800-$3FFF and $6000-$95FF, use LOMEM:16384 : HIMEM:24575Īn advanced memory management trick is to change where BASIC stores programs. To push all variables above $6000 so that the graphics pages are never overwritten accidentally, use LOMEM: 24576 To change where variables are stored, these two commands are used as soon as possible in a program before any variables are created. To obtain the current value, use: PRINT PEEK(76) + 256 * PEEK(77) ![]() ![]() HIMEM: is automatically adjusted by DOS to point to just before the beginning of DOS. To obtain the current value, use: PRINT PEEK(74) + 256 * PEEK(75) LOMEM: is automatically adjusted by BASIC to point to the memory just after the end of a BASIC program. these are odd commands in that the colon is part of the command name. It is possible to control where BASIC stores variables using the commands HIMEM: and LOMEM. This is used with the command PRINT CHR$(4)"FRE" In ProDOS, there is a DOS command FRE which is much faster than the FRE(0) built into Applesoft BASIC. ![]() Using this command frequently in large programs will keep variable usage from growing too large, as well as preventing garbage collection from becoming too slow when it does happen. You can force BASIC to do variable garbage collection immediately by using the command PRINT FRE(0), which both returns a value reporting free memory for variables, and also runs garbage collection. Garbage collection can be quite slow, if left to happen on its own in one huge process. Then BASIC will perform what is called garbage collection, scanning through variable memory and removing unused old values and recovering free space. Normally the variable and string use will grow indefinitely until the two come together. So, over time as a BASIC program runs, both graphics pages are at risk of being overwritten with variable data, from above and below.Īlso, if you were to write an assembly language program and store it at $6000, it is also at risk of eventually being overwritten by variables as a BASIC program continues to run. These are stored in two separate groups, with the number values being placed immediately after the end of the program and growing upward, and the strings placed high in memory below DOS and growing downward. When a BASIC program runs, it normally uses variables to store numbers and strings. If you do anything with hi-res page 1 in this situation, you will damage or delete the end of your program. BASIC programs load linearly into memory, and they cannot "jump over" memory regions.Īs a BASIC program grows past 6 kilobytes in length ($0800 to $1FFF), it starts to cross into hi-res graphics page 1 followed by hi-res page 2. If the number of buffers is reduced to 1, using the DOS command MAXFILES 1 then DOS occupies $9AA6 to $BFFF.Īpplesoft BASIC programs normally load starting at $801, overlapping text page 2. $9600-BFFF - DOS 3.3 and 3 file buffers 10.5 kB When DOS 3.3 boots, it loads itself as high as possible in memory, just below $C000, and normally occupies $9600 to $BFFF, with 3 file buffers each 595 bytes long. $0200-02FF - Input prompt character buffer 256 bytes $0800-0BFF - Free memory / Text page 2 1 kB $2000-3FFF - Free memory / Hi-Res page 1 8 kB $4000-5FFF - Free memory / Hi-Res page 2 8 kB $C100-C7FF - Permanent Slot ROM memory 256 per slot $D000-DFFF - BASIC ROM / RAM bank 1 & 2 4 / 4 / 4 kB Managing memory on an Apple II using Applesoft BASIC can be quite complicated, especially for large programs.Ī general map of Apple II memory at power-up looks like this: $E000-FFFF - Monitor ROM / Extended RAM 8 / 8 kB
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Tagspaces illustrator11/30/2023 ![]() ![]() With a tag-based file system, you don't have to worry about the location - just make sure to tag the files with appropriate, relevant keywords. But what happens when you have to reorganize it? Introducing new subfolders is not easy with hundreds of files, and I imagine finding a file feels much like searching for a needle in a haystack. Most users stick to hierarchical folder structure because it feels "natural" and intuitive, or simply because they're used to it. A prime example are multimedia files - photos, videos, music - but a simple report from your latest meeting can also require complex categorization (by date, project, topic, client.). We need them because the world is not one-dimensional, and one file can belong to several categories. Tags are content-dependent keywords metadata that describes the contents of a file. In a hierarchical filesystem, a file can exist only in one folder (just like physical files), which restricts our categorization options. ![]() They conceptualize our real-world experience with physical files: we put a file into a folder, and place it in a filing cabinet. Most modern file managers are based on the traditional desktop metaphor with a hierarchical approach to sorting our files. Computers let us organize our digital assets, but this ability is limited by the very system that provides it. Welcome to the documentation of the TagSpaces products.Of course, users are responsible for establishing a document management system: deciding what to name the files and where to put them. TagSpaces is an open source, cross-platform, no backend, no login, file manager, organizer and browser. It helps you organize your files, photos and other documents with tags on different platforms and/or devices, according to your own preferences and following your own logic, by using the same smart and friendly interface everywhere. Platform independent and future-proof tagging for files and folders.TagSpaces Pro Web - A package for self hosting on your NAS or other web infrastructure connecting object storage.TagSpaces Pro Desktop - extended solution based on the community version for advanced users.TagSpaces Lite Desktop - the main, community developed edition of TagSpaces as desktop application for Windows, Mac and Linux.Saving the tags in the filename enables you to use the search capabilities of your operating system.Įasy to synchronize between devices, just use TagSpaces with your Dropbox/NextCloud/Google Drive folder.The supported tagging options makes a folder with tagged files self containing all the needed information, which useful by e.g.All the needed information is extracted by the time of use from your files.TagSpaces is not saving the meta information in a database -> no vendor locking, no lost information on database crashes or installations on a new computer.The application is not Internet dependent, a pure offline use is possible.It is not a SaaS, so there is no back-end.TagSpaces follows a no backend and no login philosophy.Supporting thumbnail preview for many file types.Support for user interface themes (e.g.Integrated editors for HTML, text and markdown files.Integrated viewers for many image, video, audio and document file formats.Integrated free text and tag search (AND, OR and NOT boolean operators).Platform independent way for adding descriptions to files and folders. |