anno | Go package for text annotation | Data Manipulation library

package:intl's DateFormat class should be able to do with the G formatter:

Your original problem is probably that the input values are not null, but rather empty strings.

But conditional queries like this are a good use of the when() query builder method. If the first argument evaluates to a non-false value, the second argument is executed.

If my eyes do not deceive me, then utenteis found in different contexts. You can't do that. The compiler, generally speaking, should have thrown an error, бecause it is not clear what it is: the name of the structure type or the name of the local variable? I advise you to use the _t (t means type) postscript for the type names, for example, utente_t.

In addition, if the file contains quotation marks ", then they should also be specified in fscanf using the escape character \ :

The variable p doesn't point to anywhere. The memory there is just garbage value. So, either do:

In general your approach seems wrong or kinda misunderstood, in regards to what a job actually achieves. Jobs are short running jobs that executes code that prevents the Http server from responding slow and is a more scalable solution. This is not as black and white, but in general long running tasks is more suited for commands.

You are using 2000 mb of ram, that is a lot and as long as you keep on adding models it will be higher. Instead create multiple small jobs that does the same, each job will cleanup after itself and therefor never exceed the memory limit, while also being able to execute multiple pdf's simultaneously.

Create a job for a single Movement.

try to use date() function on ur colum

One way to create a randomized characters map could be:

1. create an array representing the alphabet
2. create a shuffled copy of the array using the Fisher-Yates algorithm as described in this article
3. use the two arrays to create your characters map

You're getting the output with il, because the N -> NP instance of mkNP makes mass nouns. The canonical example is "I drink water", where water is constructed with mkNP water_N.

In some resource grammars, this mkNP instance creates NPs without any article: like English "I drink water". In other languages like French, it creates a NP in partitive: "je bois de l'eau". Italian gives, not the bare form like English, nor a partitive like French, but a normal definite article: "bevo l'acqua".

Why would the RGL creators do this? When writing an application grammar, the mkNP : N -> NP instance is a higher-level construct for mass noun, rather than a lower-level question of "do I put an article or not".

The downsides are that it's almost impossible to ever output a bare form in the languages where mkN : N -> NP adds an article. As far as I understand, it's possible only as a standalone utterance, see e.g. this answer on the GF mailing list.

Going top-to-bottom, you have your application code which in the end will likely want to talk to some server: resolve DNS name, open a tcp connection etc. This is what LwIP provides - a set of API functions: socket functions, DNS functions and other. For example, when you do a TCP socket connect to a given IP address and port, it decides which out of available network interfaces to use, constructs a frame in form of array of bytes and sends those bytes over that interface. This is where LwIP part ends - it requesting given network interface to output X bytes it provides, as well as consuming any bytes that may arrive on that interface. It doesn't know how exactly to make the bytes "come out", but it knows how to construct the data to send and understands the data you give it.

Going bottom-to-top, you have your modem - LTE, 3G, 2G, doesn't really matter. Modems provide a set of AT commands to talk to them to perform a set of functions: set SIM card PIN, get signal quality, list available operators, select an operator etc., as well as a way to switch it to PPP mode, which also done ATD command. Assuming the modem has been configured properly before, once you switch it to PPP mode it'll be able to send data using PPP protocol and will also "spit out" any data it receives. This is where the modem part ends - when switched to PPP mode, the modem is able to send and receive raw network traffic using PPP protocol. It knows how to output the raw bytes you give it, but it doesn't understand them on a very high level.

Your role is to connect (interface) both parts. Your modem uses PPP to produce and consume network traffic. LwIP has the capability to understand and produce PPP frames.

In case of sending data out, after preparing a PPP frame LwIP is going to call the sio_write function that is expected to send provided bytes to modem that's already in PPP mode. This is the part that you need to fill in. In case of reads sio_read is used and it's your job to fill it in so that it returns bytes that were received from the modem. How you're going to do that - using RTOS and queues for bytes, no RTOS or any other way - doesn't matter. It's what you find more convenient or what fits your overall project structure better. As long as those functions do what they're supposed to, LwIP will be happy to use them.

This interfacing is discussed in more detail here: https://lwip.fandom.com/wiki/PPP#PPP_over_serial. Again, the general concept is that LwIP is just a software library and in the end it'll want to send and receive bytes. Your job is enabling it to do so, by filling in the functions it expects.