packet | : package : Send network packets over a TCP or UDP connection | TCP library

I think what you are showing is that bleak does a write without response while MS BLE Explorer does a write_with_response.

Looking at the Bleak documentation for write_gatt_char that seems to be consistent as response is False by default

write_gatt_char Parameters:

• char_specifier (BleakGATTCharacteristic, int, str or UUID). The characteristic to write to, specified by either integer handle, UUID or directly by the BleakGATTCharacteristic object representing it.

• data (bytes or bytearray) – The data to send.

• response (bool) – If write-with-response operation should be done. Defaults to False.

I would expect the following to have the desired effect:

Pretty sure the issue is that this call comes in async so on a different Thread/Task.

Most of Unity API can only be used on the Unity main thread. (Only exception are basically all pure mathematical structs that do not directly influence or rely on the scene.)

Most of the time this is solved via a so called "Main Thread Dispatcher". It looks somewhat like e.g.

It does not matter. The function total will not be probably inlined (normal function call will be emitted). Function res probably will be inlined.

Why probably. Because the inline keyword is only a suggestion. Functions without inline may be inlined as well. The compiler may inline the total function as well if decides that on a certain level of optimization it will result in the best code generation.

Many compilers have special extensions which give you control over inlining. for example:

gcc has __attribute__((noinline)) and __attribute__((always_inline)).

iar #pragma inline=never and pragma inline=force

Note: I highly recommend reading about dpdk testpmd as it covered all your questions in detail. As per the StackOverflow guideline multiple sub-questions make answering difficult. Please use well-formatted and formed question for better reach and answers.

@Alexcured since you have mentioned you know how to run 2 separate instances of dpdk-testpmd. I will only recommend heavily reading up on dpdk-testpmd URL which has answers to most of your questions too.

The assumption is made, both the PCIe NIC are working properly and interconnect between 2 are tested with either arping or ping (Kernel Driver). After binding both PCIe devices to DPDK supported drivers, one should use options for DPDK 20.11.1 such as

• use file-prefix option as unique names
• set socket-memory to fetch memory from the desired NUMA-SOCKET
• set socket-limit to prevent ballooning of huge page mmap
• use w|b option to whitelist|blacklist PCIe devices (0000:3b:00.0 and 0000:3b:00.1)
• Since it is separate physical devices ensure there physical cable connection between 2 PCIe ports.

[Q.1] How to set the MAC address of instance 2's port in instance 1?

Try to using these alternative way to use

And guildID = client.guilds.get(packet.d.guild_id); this wrong way to get guild since discord.js v12 updated it will be guildID = client.guilds.cache.get(packet.d.guild_id);

A possible and promising approach is to generate the Pydantic model starting from the corresponding JSON Schema of the STIX object.

Luckily enough the JSON schemas for all the STIX 2 objects have been defined by the OASIS Open organization on the GitHub repository CTI-STIX2-JSON-Schemas.

In particular, the JSON Schema for the Attack-Pattern is available here.

Try by disabling query-caching on MySQL if it works. There is a bug reported in MySQL with MySQL-client and MySQL-server versions reported here. Usually, Malformed Packet error occurs when the MySQL client can't understand the packets sent by the MySQL server.

In our case, we were hitting the same MySQL Server (DB) from two different client machines with different versions of the MySQL client. So, with query-caching enabled, whenever we were running the same query with both of the client machines, we were getting this error.

Both of these solutions worked for us:-

1. Disabling the query-caching.
2. By installing the same MySQL-client version on both of the client machines (now it worked with query-caching enabled as well).

1 * 256 * 256 * 256 + 127 is 16777343.
I think that demonstrates the needed conversion nicely.
It is close to the hexadecimal representation, just that each bytes value is then shown in decimal.

I found the answer to my question and will post some details here, in case others are as confused as I was!

The first tip is to use the device manufacturers MIB files. CyberPower published a single MIB file (which is basically a textual description of all the properties in the hardware devices) that allows the net-snmp tools to print descriptive names for the otherwise opaque OIDs. For example, to see what I was attempting to set above, after downloading the MIB file into the current working directory,