| title | Comment on these 3 radios |
|---|---|
| platform | Gemini |
| messages | 44 |
| exported_at | 2026-04-08 |
| source | gemini.google.com |
| exporter | universal-ai-exporter |
You:
| title | Comment on these 3 radios |
|---|---|
| platform | Gemini |
| messages | 44 |
| exported_at | 2026-04-08 |
| source | gemini.google.com |
| exporter | universal-ai-exporter |
You:
| SFTP_USERS=SOME_USER:SOME_PW:1001 |
| root@p711:/ # atc at+clac | |
| atc at+clac | |
| +CPBS AT+CPBS command is used to select the phonebook storage | |
| +CPBR AT+CPBR AT command returns entries from the device's phonebook. | |
| +CPBW AT+CPBW – Write phonebook entry | |
| +CNUM The +CNUM command returns the subscriber Mobile Station International Subscriber Directory Number (MSISDN). | |
| +CPBF AT+CPBF AT command returns phobebook entries from the SIM based on the search parameter. | |
| +CCHO AT+CCHO At command is used to open a session with UICC so that commmands can be sent over the UICC logical channels. | |
| +CCHC AT+CCHC AT command closes the session with UICC. |
| The BYPRODUCTS argument on add_custom_command is used to specify the files that | |
| the command is expected to produce but whose modification time may or may not be | |
| updated on subsequent builds | |
| https://cmake.org/cmake/help/latest/command/add_custom_command.html. This | |
| argument is useful for several reasons: | |
| • It helps the Ninja generator to know how to regenerate the byproducts when | |
| they are missing | |
| https://cmake.org/cmake/help/latest/command/add_custom_command.html. |
| module peak_detect( | |
| //----------------------------------------------- | |
| // Global signals | |
| input DIN_RDY, // data in is ready AKA 48kHz clock | |
| input starttx, //so we know when we start counting | |
| input endtx, | |
| input clock, // master clock, active in posedge | |
| input reset, // master reset, synchronous, active high | |
| input corr_rdy, // New correlation available |
Sure. Here are the five autopilot modes you mentioned, along with their descriptions:
LNAV: Lateral Navigation mode. This mode allows the autopilot to follow a pre-programmed flight path. The flight path is typically defined by a series of waypoints, which are points on the ground that the aircraft must pass over.
VNAV: Vertical Navigation mode. This mode allows the autopilot to maintain a pre-programmed vertical flight path. The vertical flight path is typically defined by a target altitude or a rate of climb/descent.
HDG SEL: Heading Select mode. This mode allows the autopilot to maintain a specific heading. The heading is typically entered by the pilot into the autopilot system.
ALT HOLD: Altitude Hold mode. This mode allows the autopilot to maintain a specific altitude. The altitude is typically entered by the pilot into the autopilot system.
V/S: Vertical Speed mode. This mode allows the autopilot to maintain a specific vertical speed. The vertical speed is typically entered by the pilot in
| % ------------- | |
| % | x | x | | |
| % |----------------------| | |
| % | x | x | x | | |
| % |----------------------| | |
| % | x | x | x | | |
| % |----------------------| | |
| % | x | x | x | | |
| % |----------------------| | |
| % | | x | x | x | |
Explain the difference between xvalues, rvalues, lvalues, and prvalues in C++
In C++, values are categorized based on the expressions that generate them. There are four types of values in C++:
| <VirtualHost *:443> | |
| # Exec group | |
| SuexecUserGroup "#1000" "#1000" | |
| # Server name | |
| ServerName moodle.mydomain.example | |
| # Errors and logs | |
| ErrorLog /var/log/virtualmin/mydomain.example_error_log | |
| CustomLog /var/log/virtualmin/mydomain.example_access_log combined |