18 skills found
ronitsingh10 / FineTuneFineTune, a macOS menu bar app for per-app volume control, multi-device output, audio routing, and 10-band EQ. Free and open-source alternative to SoundSource.
rokartur / BetterAudioPer-app volume control, audio routing, and instant device switching. The audio manager macOS deserves.
SOYJUN / FTP Implement Based On UDPThe aim of this assignment is to have you do UDP socket client / server programming with a focus on two broad aspects : Setting up the exchange between the client and server in a secure way despite the lack of a formal connection (as in TCP) between the two, so that ‘outsider’ UDP datagrams (broadcast, multicast, unicast - fortuitously or maliciously) cannot intrude on the communication. Introducing application-layer protocol data-transmission reliability, flow control and congestion control in the client and server using TCP-like ARQ sliding window mechanisms. The second item above is much more of a challenge to implement than the first, though neither is particularly trivial. But they are not tightly interdependent; each can be worked on separately at first and then integrated together at a later stage. Apart from the material in Chapters 8, 14 & 22 (especially Sections 22.5 - 22.7), and the experience you gained from the preceding assignment, you will also need to refer to the following : ioctl function (Chapter 17). get_ifi_info function (Section 17.6, Chapter 17). This function will be used by the server code to discover its node’s network interfaces so that it can bind all its interface IP addresses (see Section 22.6). ‘Race’ conditions (Section 20.5, Chapter 20) You also need a thorough understanding of how the TCP protocol implements reliable data transfer, flow control and congestion control. Chapters 17- 24 of TCP/IP Illustrated, Volume 1 by W. Richard Stevens gives a good overview of TCP. Though somewhat dated for some things (it was published in 1994), it remains, overall, a good basic reference. Overview This assignment asks you to implement a primitive file transfer protocol for Unix platforms, based on UDP, and with TCP-like reliability added to the transfer operation using timeouts and sliding-window mechanisms, and implementing flow and congestion control. The server is a concurrent server which can handle multiple clients simultaneously. A client gives the server the name of a file. The server forks off a child which reads directly from the file and transfers the contents over to the client using UDP datagrams. The client prints out the file contents as they come in, in order, with nothing missing and with no duplication of content, directly on to stdout (via the receiver sliding window, of course, but with no other intermediate buffering). The file to be transferred can be of arbitrary length, but its contents are always straightforward ascii text. As an aside let me mention that assuming the file contents ascii is not as restrictive as it sounds. We can always pretend, for example, that binary files are base64 encoded (“ASCII armor”). A real file transfer protocol would, of course, have to worry about transferring files between heterogeneous platforms with different file structure conventions and semantics. The sender would first have to transform the file into a platform-independent, protocol-defined, format (using, say, ASN.1, or some such standard), and the receiver would have to transform the received file into its platform’s native file format. This kind of thing can be fairly time consuming, and is certainly very tedious, to implement, with little educational value - it is not part of this assignment. Arguments for the server You should provide the server with an input file server.in from which it reads the following information, in the order shown, one item per line : Well-known port number for server. Maximum sending sliding-window size (in datagram units). You will not be handing in your server.in file. We shall create our own when we come to test your code. So it is important that you stick strictly to the file name and content conventions specified above. The same applies to the client.in input file below. Arguments for the client The client is to be provided with an input file client.in from which it reads the following information, in the order shown, one item per line : IP address of server (not the hostname). Well-known port number of server. filename to be transferred. Receiving sliding-window size (in datagram units). Random generator seed value. Probability p of datagram loss. This should be a real number in the range [ 0.0 , 1.0 ] (value 0.0 means no loss occurs; value 1.0 means all datagrams all lost). The mean µ, in milliseconds, for an exponential distribution controlling the rate at which the client reads received datagram payloads from its receive buffer. Operation Server starts up and reads its arguments from file server.in. As we shall see, when a client communicates with the server, the server will want to know what IP address that client is using to identify the server (i.e. , the destination IP address in the incoming datagram). Normally, this can be done relatively straightforwardly using the IP_RECVDESTADDR socket option, and picking up the information using the ancillary data (‘control information’) capability of the recvmsg function. Unfortunately, Solaris 2.10 does not support the IP_RECVDESTADDR option (nor, incidentally, does it support the msg_flags option in msghdr - see p.390). This considerably complicates things. In the absence of IP_RECVDESTADDR, what the server has to do as part of its initialization phase is to bind each IP address it has (and, simultaneously, its well-known port number, which it has read in from server.in) to a separate UDP socket. The code in Section 22.6, which uses the get_ifi_info function, shows you how to do that. However, there are important differences between that code and the version you want to implement. The code of Section 22.6 binds the IP addresses and forks off a child for each address that is bound to. We do not want to do that. Instead you should have an array of socket descriptors. For each IP address, create a new socket and bind the address (and well-known port number) to the socket without forking off child processes. Creating child processes comes later, when clients arrive. The code of Section 22.6 also attempts to bind broadcast addresses. We do not want to do this. It binds a wildcard IP address, which we certainly do not want to do either. We should bind strictly only unicast addresses (including the loopback address). The get_ifi_info function (which the code in Section 22.6 uses) has to be modified so that it also gets the network masks for the IP addresses of the node, and adds these to the information stored in the linked list of ifi_info structures (see Figure 17.5, p.471) it produces. As you go binding each IP address to a distinct socket, it will be useful for later processing to build your own array of structures, where a structure element records the following information for each socket : sockfd IP address bound to the socket network mask for the IP address subnet address (obtained by doing a bit-wise and between the IP address and its network mask) Report, in a ReadMe file which you hand in with your code, on the modifications you had to introduce to ensure that only unicast addresses are bound, and on your implementation of the array of structures described above. You should print out on stdout, with an appropriate message and appropriately formatted in dotted decimal notation, the IP address, network mask, and subnet address for each socket in your array of structures (you do not need to print the sockfd). The server now uses select to monitor the sockets it has created for incoming datagrams. When it returns from select, it must use recvfrom or recvmsg to read the incoming datagram (see 6. below). When a client starts, it first reads its arguments from the file client.in. The client checks if the server host is ‘local’ to its (extended) Ethernet. If so, all its communication to the server is to occur as MSG_DONTROUTE (or SO_DONTROUTE socket option). It determines if the server host is ‘local’ as follows. The first thing the client should do is to use the modified get_ifi_info function to obtain all of its IP addresses and associated network masks. Print out on stdout, in dotted decimal notation and with an appropriate message, the IP addresses and network masks obtained. In the following, IPserver designates the IP address the client will use to identify the server, and IPclient designates the IP address the client will choose to identify itself. The client checks whether the server is on the same host. If so, it should use the loopback address 127.0.0.1 for the server (i.e. , IPserver = 127.0.0.1). IPclient should also be set to the loopback address. Otherwise it proceeds as follows: IPserver is set to the IP address for the server in the client.in file. Given IPserver and the (unicast) IP addresses and network masks for the client returned by get_ifi_info in the linked list of ifi_info structures, you should be able to figure out if the server node is ‘local’ or not. This will be discussed in class; but let me just remind you here that you should use ‘longest prefix matching’ where applicable. If there are multiple client addresses, and the server host is ‘local’, the client chooses an IP address for itself, IPclient, which matches up as ‘local’ according to your examination above. If the server host is not ‘local’, then IPclient can be chosen arbitrarily. Print out on stdout the results of your examination, as to whether the server host is ‘local’ or not, as well as the IPclient and IPserver addresses selected. Note that this manner of determining whether the server is local or not is somewhat clumsy and ‘over-engineered’, and, as such, should be viewed more in the nature of a pedagogical exercise. Ideally, we would like to look up the server IP address(es) in the routing table (see Section 18.3). This requires that a routing socket be created, for which we need superuser privilege. Alternatively, we might want to dump out the routing table, using the sysctl function for example (see Section 18.4), and examine it directly. Unfortunately, Solaris 2.10 does not support sysctl. Furthermore, note that there is a slight problem with the address 130.245.1.123/24 assigned to compserv3 (see rightmost column of file hosts, and note that this particular compserv3 address “overlaps” with the 130.245.1.x/28 addresses in that same column assigned to compserv1, compserv2 & comserv4). In particular, if the client is running on compserv3 and the server on any of the other three compservs, and if that server node is also being identified to the client by its /28 (rather than its /24) address, then the client will get a “false positive” when it tests as to whether the server node is local or not. In other words, the client will deem the server node to be local, whereas in fact it should not be considered local. Because of this, it is perhaps best simply not to use compserv3 to run the client (but it is o.k. to use it to run the server). Finally, using MSG_DONTROUTE where possible would seem to gain us efficiency, in as much as the kernel does not need to consult the routing table for every datagram sent. But, in fact, that is not so. Recall that one effect of connect with UDP sockets is that routing information is obtained by the kernel at the time the connect is issued. That information is cached and used for subsequent sends from the connected socket (see p.255). The client now creates a UDP socket and calls bind on IPclient, with 0 as the port number. This will cause the kernel to bind an ephemeral port to the socket. After the bind, use the getsockname function (Section 4.10) to obtain IPclient and the ephemeral port number that has been assigned to the socket, and print that information out on stdout, with an appropriate message and appropriately formatted. The client connects its socket to IPserver and the well-known port number of the server. After the connect, use the getpeername function (Section 4.10) to obtain IPserver and the well-known port number of the server, and print that information out on stdout, with an appropriate message and appropriately formatted. The client sends a datagram to the server giving the filename for the transfer. This send needs to be backed up by a timeout in case the datagram is lost. Note that the incoming datagram from the client will be delivered to the server at the socket to which the destination IP address that the datagram is carrying has been bound. Thus, the server can obtain that address (it is, of course, IPserver) and thereby achieve what IP_RECVDESTADDR would have given us had it been available. Furthermore, the server process can obtain the IP address (this will, of course, be IPclient) and ephemeral port number of the client through the recvfrom or recvmsg functions. The server forks off a child process to handle the client. The server parent process goes back to the select to listen for new clients. Hereafter, and unless otherwise stated, whenever we refer to the ‘server’, we mean the server child process handling the client’s file transfer, not the server parent process. Typically, the first thing the server child would be expected to do is to close all sockets it ‘inherits’ from its parent. However, this is not the case with us. The server child does indeed close the sockets it inherited, but not the socket on which the client request arrived. It leaves that socket open for now. Call this socket the ‘listening’ socket. The server (child) then checks if the client host is local to its (extended) Ethernet. If so, all its communication to the client is to occur as MSG_DONTROUTE (or SO_DONTROUTE socket option). If IPserver (obtained in 5. above) is the loopback address, then we are done. Otherwise, the server has to proceed with the following step. Use the array of structures you built in 1. above, together with the addresses IPserver and IPclient to determine if the client is ‘local’. Print out on stdout the results of your examination, as to whether the client host is ‘local’ or not. The server (child) creates a UDP socket to handle file transfer to the client. Call this socket the ‘connection’ socket. It binds the socket to IPserver, with port number 0 so that its kernel assigns an ephemeral port. After the bind, use the getsockname function (Section 4.10) to obtain IPserver and the ephemeral port number that has been assigned to the socket, and print that information out on stdout, with an appropriate message and appropriately formatted. The server then connects this ‘connection’ socket to the client’s IPclient and ephemeral port number. The server now sends the client a datagram, in which it passes it the ephemeral port number of its ‘connection’ socket as the data payload of the datagram. This datagram is sent using the ‘listening’ socket inherited from its parent, otherwise the client (whose socket is connected to the server’s ‘listening’ socket at the latter’s well-known port number) will reject it. This datagram must be backed up by the ARQ mechanism, and retransmitted in the event of loss. Note that if this datagram is indeed lost, the client might well time out and retransmit its original request message (the one carrying the file name). In this event, you must somehow ensure that the parent server does not mistake this retransmitted request for a new client coming in, and spawn off yet another child to handle it. How do you do that? It is potentially more involved than it might seem. I will be discussing this in class, as well as ‘race’ conditions that could potentially arise, depending on how you code the mechanisms I present. When the client receives the datagram carrying the ephemeral port number of the server’s ‘connection’ socket, it reconnects its socket to the server’s ‘connection’ socket, using IPserver and the ephemeral port number received in the datagram (see p.254). It now uses this reconnected socket to send the server an acknowledgment. Note that this implies that, in the event of the server timing out, it should retransmit two copies of its ‘ephemeral port number’ message, one on its ‘listening’ socket and the other on its ‘connection’ socket (why?). When the server receives the acknowledgment, it closes the ‘listening’ socket it inherited from its parent. The server can now commence the file transfer through its ‘connection’ socket. The net effect of all these binds and connects at server and client is that no ‘outsider’ UDP datagram (broadcast, multicast, unicast - fortuitously or maliciously) can now intrude on the communication between server and client. Starting with the first datagram sent out, the client behaves as follows. Whenever a datagram arrives, or an ACK is about to be sent out (or, indeed, the initial datagram to the server giving the filename for the transfer), the client uses some random number generator function random() (initialized by the client.in argument value seed) to decide with probability p (another client.in argument value) if the datagram or ACK should be discarded by way of simulating transmission loss across the network. (I will briefly discuss in class how you do this.) Adding reliability to UDP The mechanisms you are to implement are based on TCP Reno. These include : Reliable data transmission using ARQ sliding-windows, with Fast Retransmit. Flow control via receiver window advertisements. Congestion control that implements : SlowStart Congestion Avoidance (‘Additive-Increase/Multiplicative Decrease’ – AIMD) Fast Recovery (but without the window-inflation aspect of Fast Recovery) Only some, and by no means all, of the details for these are covered below. The rest will be presented in class, especially those concerning flow control and TCP Reno’s congestion control mechanisms in general : Slow Start, Congestion Avoidance, Fast Retransmit and Fast Recovery. Implement a timeout mechanism on the sender (server) side. This is available to you from Stevens, Section 22.5 . Note, however, that you will need to modify the basic driving mechanism of Figure 22.7 appropriately since the situation at the sender side is not a repetitive cycle of send-receive, but rather a straightforward progression of send-send-send-send- . . . . . . . . . . . Also, modify the RTT and RTO mechanisms of Section 22.5 as specified below. I will be discussing the details of these modifications and the reasons for them in class. Modify function rtt_stop (Fig. 22.13) so that it uses integer arithmetic rather than floating point. This will entail your also having to modify some of the variable and function parameter declarations throughout Section 22.5 from float to int, as appropriate. In the unprrt.h header file (Fig. 22.10) set : RTT_RXTMIN to 1000 msec. (1 sec. instead of the current value 3 sec.) RTT_RXTMAX to 3000 msec. (3 sec. instead of the current value 60 sec.) RTT_MAXNREXMT to 12 (instead of the current value 3) In function rtt_timeout (Fig. 22.14), after doubling the RTO in line 86, pass its value through the function rtt_minmax of Fig. 22.11 (somewhat along the lines of what is done in line 77 of rtt_stop, Fig. 22.13). Finally, note that with the modification to integer calculation of the smoothed RTT and its variation, and given the small RTT values you will experience on the cs / sbpub network, these calculations should probably now be done on a millisecond or even microsecond scale (rather than in seconds, as is the case with Stevens’ code). Otherwise, small measured RTTs could show up as 0 on a scale of seconds, yielding a negative result when we subtract the smoothed RTT from the measured RTT (line 72 of rtt_stop, Fig. 22.13). Report the details of your modifications to the code of Section 22.5 in the ReadMe file which you hand in with your code. We need to have a sender sliding window mechanism for the retransmission of lost datagrams; and a receiver sliding window in order to ensure correct sequencing of received file contents, and some measure of flow control. You should implement something based on TCP Reno’s mechanisms, with cumulative acknowledgments, receiver window advertisements, and a congestion control mechanism I will explain in detail in class. For a reference on TCP’s mechanisms generally, see W. Richard Stevens, TCP/IP Illustrated, Volume 1 , especially Sections 20.2 - 20.4 of Chapter 20 , and Sections 21.1 - 21.8 of Chapter 21 . Bear in mind that our sequence numbers should count datagrams, not bytes as in TCP. Remember that the sender and receiver window sizes have to be set according to the argument values in client.in and server.in, respectively. Whenever the sender window becomes full and so ‘locks’, the server should print out a message to that effect on stdout. Similarly, whenever the receiver window ‘locks’, the client should print out a message on stdout. Be aware of the potential for deadlock when the receiver window ‘locks’. This situation is handled by having the receiver process send a duplicate ACK which acts as a window update when its window opens again (see Figure 20.3 and the discussion about it in TCP/IP Illustrated). However, this is not enough, because ACKs are not backed up by a timeout mechanism in the event they are lost. So we will also need to implement a persist timer driving window probes in the sender process (see Sections 22.1 & 22.2 in Chapter 22 of TCP/IP Illustrated). Note that you do not have to worry about the Silly Window Syndrome discussed in Section 22.3 of TCP/IP Illustrated since the receiver process consumes ‘full sized’ 512-byte messages from the receiver buffer (see 3. below). Report on the details of the ARQ mechanism you implemented in the ReadMe file you hand in. Indeed, you should report on all the TCP mechanisms you implemented in the ReadMe file, both the ones discussed here, and the ones I will be discussing in class. Make your datagram payload a fixed 512 bytes, inclusive of the file transfer protocol header (which must, at the very least, carry: the sequence number of the datagram; ACKs; and advertised window notifications). The client reads the file contents in its receive buffer and prints them out on stdout using a separate thread. This thread sits in a repetitive loop till all the file contents have been printed out, doing the following. It samples from an exponential distribution with mean µ milliseconds (read from the client.in file), sleeps for that number of milliseconds; wakes up to read and print all in-order file contents available in the receive buffer at that point; samples again from the exponential distribution; sleeps; and so on. The formula -1 × µ × ln( random( ) ) , where ln is the natural logarithm, yields variates from an exponential distribution with mean µ, based on the uniformly-distributed variates over ( 0 , 1 ) returned by random(). Note that you will need to implement some sort of mutual exclusion/semaphore mechanism on the client side so that the thread that sleeps and wakes up to consume from the receive buffer is not updating the state variables of the buffer at the same time as the main thread reading from the socket and depositing into the buffer is doing the same. Furthermore, we need to ensure that the main thread does not effectively monopolize the semaphore (and thus lock out for prolonged periods of time) the sleeping thread when the latter wakes up. See the textbook, Section 26.7, ‘Mutexes: Mutual Exclusion’, pp.697-701. You might also find Section 26.8, ‘Condition Variables’, pp.701-705, useful. You will need to devise some way by which the sender can notify the receiver when it has sent the last datagram of the file transfer, without the receiver mistaking that EOF marker as part of the file contents. (Also, note that the last data segment could be a “short” segment of less than 512 bytes – your client needs to be able to handle this correctly somehow.) When the sender receives an ACK for the last datagram of the transfer, the (child) server terminates. The parent server has to take care of cleaning up zombie children. Note that if we want a clean closing, the client process cannot simply terminate when the receiver ACKs the last datagram. This ACK could be lost, which would leave the (child) server process ‘hanging’, timing out, and retransmitting the last datagram. TCP attempts to deal with this problem by means of the TIME_WAIT state. You should have your receiver process behave similarly, sticking around in something akin to a TIME_WAIT state in case in case it needs to retransmit the ACK. In the ReadMe file you hand in, report on how you dealt with the issues raised here: sender notifying receiver of the last datagram, clean closing, and so on. Output Some of the output required from your program has been described in the section Operation above. I expect you to provide further output – clear, well-structured, well-laid-out, concise but sufficient and helpful – in the client and server windows by means of which we can trace the correct evolution of your TCP’s behaviour in all its intricacies : information (e.g., sequence number) on datagrams and acks sent and dropped, window advertisements, datagram retransmissions (and why : dup acks or RTO); entering/exiting Slow Start and Congestion Avoidance, ssthresh and cwnd values; sender and receiver windows locking/unlocking; etc., etc. . . . . The onus is on you to convince us that the TCP mechanisms you implemented are working correctly. Too many students do not put sufficient thought, creative imagination, time or effort into this. It is not the TA’s nor my responsibility to sit staring at an essentially blank screen, trying to summon up our paranormal psychology skills to figure out if your TCP implementation is really working correctly in all its very intricate aspects, simply because the transferred file seems to be printing o.k. in the client window. Nor is it our responsibility to strain our eyes and our patience wading through a mountain of obscure, ill-structured, hyper-messy, debugging-style output because, for example, your effort-conserving concept of what is ‘suitable’ is to dump your debugging output on us, relevant, irrelevant, and everything in between.
itsneski / Lightning JetLightning Jet is a fully automated rebalancer for Lightning nodes. Jet optimizes channel liquidity allocation based on routing volume, missed routing opportunities (htlcs), and other variables.
javonn13 / AWS Basic For BeginnersThis course will teach you AWS basics right through to advanced cloud computing concepts. Ideal for beginners - absolutely no cloud computing experience is required! There are lots of hands-on exercises using an AWS free tier account to give you practical experience with Amazon Web Services. Visual slides and animations will help you gain a deep understanding of Cloud Computing. This is the perfect course for Beginners to the Cloud who want to learn the fundamentals of AWS - putting you in the perfect position to launch your AWS Certification journey and career in cloud computing. 👍 Download the course code and files here: https://digitalcloud.training/aws-bas... 👍 Access your free Guide to AWS Certifications (ebook) here: https://digitalcloud.training/aws-fre... 🎥 Course developed by Neal Davis - Founder of Digital Cloud Training 🔗 Check out the Digital Cloud Training YouTube channel: https://www.youtube.com/c/digitalclou... ⭐️ Course Contents ⭐️ (00:00:00) Course Introduction Section 1 - AWS Basics (00:00:53) Introduction (00:01:19) Amazon Web Services Overview (00:04:26) AWS Global Infrastructure (00:07:35) AWS Pricing (00:15:37) Setup your AWS Free Tier Account (00:21:19) Create a Billing Alarm (00:27:34) IAM Overview (00:32:47) Create IAM User and Group (00:37:38) Amazon Virtual Private Cloud (VPC) (00:48:36) Security Groups and Network ACLs (00:58:40) AWS Public and Private Services (01:00:51) Install the AWS Command Line Interface Section 2 - Amazon Elastic Compute Cloud (EC2) (01:02:08) Introduction (01:02:36) Amazon EC2 Overview (01:08:00) Launching an Amazon EC2 Instance (01:16:42) Connecting to Amazon EC2 Instances (01:27:48) Create a Website Using User Data (01:33:52) Using Access Keys with EC2 (01:34:50) Using IAM Roles with EC2 (01:39:05) Scale Elastically with Amazon EC2 Auto Scaling (01:47:47) Create a Target Tracking Scaling Policy (01:55:43) Add Load Balancing with Amazon ELB Section 3 - AWS Storage Services (02:09:52) Introduction (02:10:28) AWS Storage Services Overview (02:12:40) Create an Attach EBS Volume (02:20:47) Instance Store Volumes (02:23:34) EBS Snapshots and AMIs (02:31:38) Create Amazon EFS File System (02:40:26) Amazon S3 Create Bucket and Make Public (02:47:32) Working with S3 Objects from the AWS CLI Section 4 - AWS Databases (02:52:49) Introduction (02:53:28) Amazon RDS Overview (02:59:52) Create Amazon RDS Multi-AZ (03:10:35) Add an Amazon RDS Read Replica (03:16:18) Install WordPress on EC2 with RDS Database (03:23:56) Amazon DynamoDB Section 5 - Automation on AWS (03:34:34) Introduction (03:35:34) How to Deploy Infrastructure Using AWS CloudFormation (03:37:36) Create Simple Stacks with AWS CloudFormation (03:47:52) Create Complex Stack with AWS CloudFormation (03:56:45) Deploy an Application Using AWS Elastic Beanstalk Section 6 - DevOps on AWS (04:02:00) Introduction (04:02:43) Continuous Integration and Continuous Delivery (CI/CD) (04:05:55) AWS CodePipeline with AWS Elastic Beanstalk (04:15:26) Create AWS CodeStar Project Section 7 - DNS Services and Content Delivery (04:25:47) Introduction (04:26:23) Amazon Route 53 Overview and Routing Policies (04:30:22) Register Domain Using Route 53 (04:35:44) Create Amazon CloudFront Distribution with S3 Static Website (04:44:30) Add an SSL/TLS Certificate and Route 53 Alias Record Section 8 - Docker Containers and Serverless Computing (04:53:35) Introduction (04:54:34) Docker Containers on Amazon ECS (05:06:06) Serverless with AWS Lambda Section 9 - Application Integration and Loose Coupling (05:13:12) Introduction (05:14:01) Amazon SNS and Amazon SQS (05:16:32) AWS Lambda to Amazon SQS Event Source Mapping (05:22:49) Serverless Application - Amazon SQS, SNS, and Lambda 🔗 Digital Cloud Training: https://digitalcloud.training/ 🔗 LinkedIn: https://www.linkedin.com/in/nealkdavis/ 🔗 Twitter: https://twitter.com/nealkdavis 🔗 Instagram: https://www.instagram.com/digitalclou... 👍 AWS Cloud Practitioner - https://digitalcloud.training/amazon-... 👍 AWS Solutions Architect Associate - https://digitalcloud.training/amazon-...
KaixoCode / SoundMixrSoundMixr is a simple audio mixer for ASIO devices, but specifically made for SAR (http://sar.audio/), it sees all the channels in the ASIO device and shows them with the option to route any input to any output. Each channel also has a mute, mono, stereo pan and volume parameter.
iamacarpet / TtraffSimple C++ Traffic Volume Logger - Designed for router appliance environments.
designgears / DeckWeaverA linux Stream Deck plugin for controlling PipeWeaver virtual audio devices. Provides hardware control for volume, mute, and audio routing through your Stream Deck device.
mahdimouss / Translate{ "اللغة الإنجليزية"، "startmenu.new_game": "لعبة جديدة" ، "startmenu.multiplayer": "MULTIPLAYER" ، "startmenu.resume_game": "استئناف اللعبة" ، "startmenu.settings": "الإعدادات"، "startmenu.high_score": "High Score"، "startmenu.throne_room": "Throne Room"، "startmenu.about": "حول"، "news.title": "أخبار بوليتوبيا"، "news.description": "مرحبًا! \ n هذا هو المكان الذي نشارك فيه آخر الأخبار من عالم Polytopia. ترقبوا!"، "gamemodepicker.title": "GAME MODE"، "tribepicker.title": "اختر قبلتك" ، "tribepicker.categories.humantribes": "القبائل العادية" ، "tribepicker.categories.specialtribes": "القبائل الخاصة" ، "tribepicker.categories.specialtribes.description": "مجموعة من القبائل التي هي خارج هذا العالم قليلاً ..."، "tribepicker.categories.random": "دع المصير يقرر!" ، "tribepicker.categories.random.button": "القبيلة العشوائية" ، "tribepicker.categories.random.selected.title": "Alakazam!"، "tribepicker.categories.random.selected.text": "تم اختيار القبيلة العشوائية"، "tribepicker.restore": "استعادة المشتريات"، "tribepicker.restoring": "استعادة ..."، "tribepicker.reset": "إعادة تعيين المشتريات"، "tribepicker.tba": "TBA"، "tribepicker.underconstruction": "قيد الإنشاء" ، "tribepicker.underconstruction.description": "ما زلنا نعمل على ابتكار هذه القبيلة. زراعة الفاكهة وتطوير اللغات والعمارة. هذا يستغرق وقتًا كما تعلم. تابعMidjiwan على Instagram أو Twitter وستكون أول من يعرف متى القبائل الجديدة يصل!"، "tribepicker.freetribe": "Free Tribe" ، "tribepicker.freetribe.description": "هذه القبيلة متاحة مجانًا ولا يمكن شراؤها لتمكين اللاعبين المتعددين عبر الإنترنت."، "tribepicker.taken": "مأخوذة"، "tribepicker.enable": "تمكين" ، "tribepicker.disable": "تعطيل"، "tribepicker.disabled": "معطل"، "tribepicker.disabled.description": "القبيلة معطلة ، لا يمكن استخدامها من قبلك أو من قبل منظمة العفو الدولية."، "tribepicker.pick": "PICK"، "tribepicker.yourname": "اسمك" ، "tribepicker.anonymous": "مجهول"، "tribepicker.firstplayer": "يجب أن يكون اللاعب الأول إنسانًا" ، "tribepicker.pickyour": "اختر قبيلتك" ، "tribepicker.playertype": "نوع اللاعب"، "tribepicker.news.readmore": "قراءة المزيد ..."، "tribepicker.toprating": "أعلى تقييم {0}٪"، "tribepicker.toprating.next": "{0}٪ مطلوب للنجم التالي"، "tribepicker.topscore": "أعلى نتيجة {0}"، "tribepicker.topscore.next": "{0} للنجمة التالية"، "tribepicker.players": "{0} players"، "tribepicker.mapsize": "حجم الخريطة: {0} مربعات"، "tribepicker.gamemode": "وضع اللعبة: {0}"، "gamesettings.title": "إعداد اللعبة"، "gamesettings.yourname": "اسمك" ، "gamesettings.anonymous": "مجهول"، "gamesettings.gamename": "اسم اللعبة"، "gamesettings.game": "اللعبة {0}"، "gamesettings.players": "اللاعبون"، "gamesettings.opponents": "المعارضون" ، "gamesettings.unlockmore": "افتح قفل المزيد من القبائل لتلعب مع المزيد من الخصوم" ، "gamesettings.notavailable": "غير متوفر" ، "gamesettings.info.multiplayer": "{0} اللاعبون ، {1} خريطة المربعات" ، "gamesettings.info.local": "{0} المعارضون ، {1} خريطة المربعات" ، "gamesettings.info.turnlimit30": "، 30 turn limit"، "gamesettings.info.difficulty.bonus": "مكافأة الصعوبة: {0}٪"، "gamesettings.difficulty": "صعوبة"، "gamesettings.difficulty.easy": "سهل"، "gamesettings.difficulty.normal": "عادي"، "gamesettings.difficulty.hard": "صعب" ، "gamesettings.difficulty.crazy": "مجنون" ، "gamesettings.startgame": "START GAME" ، "gamesettings.creatingworld": "CREATING WORLD" ، "gamesettings.mode": "Game Mode"، "gamesettings.createslot": "إنشاء فتحة لعبة ..."، "gamesettings.createslot.error": "خطأ في إنشاء اللعبة" ، "gamesettings.createslot.error.info": "تأكد من اتصالك بالإنترنت وحاول مرة أخرى."، "gamesettings.size": "حجم الخريطة"، "gamesettings.size.tiny": "صغيرة" ، "gamesettings.size.normal": "عادي"، "gamesettings.size.large": "كبير" ، "gamesettings.size.disabled": "غير متوفر"، "gamesettings.network": "الشبكة"، "gamesettings.network.online": "عبر الإنترنت" ، "gamesettings.network.passplay": "Pass & Play"، "gamesettings.online.disabled": "الإنترنت مغلق" ، "gamesettings.online.disabled.info": "هناك بعض الأشياء التي تحتاج إلى إصلاحها للعب متعددة اللاعبين عبر الإنترنت" ، "gamesettings.online.info": "العب مع أصدقائك عبر الإنترنت باستخدام خادمنا المتعدد اللاعبين."، "gamesettings.passplay.info": "العب مع أصدقائك في وضع عدم الاتصال على هذا الجهاز عن طريق تمريره."، "gamesettings.size.tiles": "{0} خريطة المربعات."، "gamesettings.continue": "متابعة"، "gamemode.perfection.caps": "الكمال" ، "gamemode.perfection": "الكمال" ، "gamemode.perfection.description.button": "أظهر مهاراتك على النقطة العالمية في اللعبة الكلاسيكية 30 دورة." ، "gamemode.perfection.description": "احصل على أعلى درجة ممكنة قبل نفاد الوقت."، "gamemode.perfection.win": "لقد وصلنا إلى نهاية الزمن. ذكرى قبيلتك سوف يتردد صداها في الأبدية!" ، "gamemode.perfection.loss": "لقد وصلنا إلى نهاية الوقت."، "gamemode.domination.caps": "DOMINATION"، "gamemode.domination": "الهيمنة" ، "gamemode.domination.description.button": "العب حتى تبقى قبيلة واحدة فقط ، بدون حد زمني."، "gamemode.domination.description": "امسح كل القبائل الأخرى من على وجه المربع. يمكن أن يكون هناك قبيلة واحدة فقط."، "gamemode.domination.win": "لقد هزمت كل القبائل الأخرى ووحدت الساحة بأكملها!" ، "gamemode.domination.loss": "فقدت مدينتك الأخيرة ، لقد هُزمت."، "gamemode.glory.caps": "GLORY" ، "gamemode.glory": "Glory"، "gamemode.glory.description": "أول من يفوز بـ {0} نقطة"، "gamemode.glory.win": "تم الوصول إلى مجموع النقاط البالغ {0}!" ، "gamemode.might.caps": "MIGHT"، "gamemode.might": "ربما"، "gamemode.might.description": "التقط كل الأحرف الكبيرة للفوز" ، "gamemode.might.win": "تم التقاط جميع الأحرف الكبيرة" ، "gamemode.death": "فقدت مدينتك الأخيرة ، لقد هُزمت."، "world.intro.title": "القائد العظيم!"، "world.intro.text": "لقد تم اختيارك لحكم قبيلة {0}. استكشف العالم ووسع إمبراطوريتك ، لكن احترس من القبائل الأخرى."، "world.intro.objective": "الهدف: {0}"، "world.turn.end": "End Turn"، "world.turn.end.question": "إنهاء دورك؟" ، "world.turn.end.confirm": "تأكيد" ، "world.turn.next": "المنعطف التالي" ، "world.turn.finish": "إنهاء اللعبة" ، "world.turn.nomoves": "لا مزيد من الحركات المتاحة ، انعطاف النهاية" ، "world.turn.start": "START" ، "world.turn.exit": "خروج" ، "world.turn.waiting": "في انتظار {0} للتشغيل ..."، "world.turn.waiting.unknown": "انتظار لعب قبيلة غير معروفة ..."، "world.turn.ready": انقر على حفظ عندما تكون جاهزًا ، "world.turn.your": "دورك" ، "world.turn.remaining": "{0} يتجه لليسار" ، "world.turn.last": "آخر منعطف!"، "world.turn.replaying": "إعادة تشغيل ..."، "world.unit.info.from": "من مدينة {0}."، "world.unit.veteran": "هذه الوحدة مخضرم."، "world.unit.veteran.progress": "{0} / {1} لتصبح متمرسًا."، "world.unit.ability": "قدرة الوحدة"، "world.unit.health": "الصحة" ، "world.unit.attack": "هجوم" ، "world.unit.defence": "دفاع"، "world.unit.movement": "حركة"، "world.unit.range": "Range" ، "world.unit.disembark.title": "اترك {0}" ، "world.unit.disembark.message": "سيؤدي النزول من هذه الوحدة إلى تفكيك {0}. هل ترغب في المتابعة؟"، "world.unit.evolve": "لقد تطورت وحدتك إلى {0}!" ، "world.unit.evolve.title": "نمو الوحدة" ، "world.unit.dissolved": "تم حل وحدتك" ، "world.building.info": "مدينة {0}" ، "world.building.village": "Village"، "world.building.capture.ready": "ستكون جاهزًا لالتقاط المنعطف التالي" ، "world.building.capture.ready.title": "إدخال {0}!"، "world.building.capture.warning": "سيتم الانتهاء من الالتقاط في المنعطف التالي إذا لم توقفهم."، "world.building.capture.warning.title": "{0} تحت الحصار!"، "world.attract.sanctuary": "ملاذك قد جذب حيوانًا بريًا!" ، "world.loading": "تحميل {0}٪"، "world.suggestion.title": "إليك نصيحة!" ، "world.suggestion.message": "يجب {0}" ، "world.suggestion.disable": "(يمكن إيقاف تشغيل هذه الاقتراحات في القائمة)" ، "world.ranks": "الأول والثاني والثالث والرابع والخامس والسادس والسابع والثامن والتاسع والعاشر والحادي عشر والثاني عشر" ، "world.road.connected.title": "طريق التجارة الجديد!"، "world.road.connected.message": "{0} متصل الآن بعاصمتك!"، "world.tech.new.title": "تقنية جديدة!" ، "world.tech.new.message": "لقد اكتشفت سر {0}" ، "world.reward.levelup": "{0} level up!"، "world.reward.building": "يمكنك الآن إنشاء {0}! هذا النصب الملحمي سيجلب الثروة والمجد إلى أقرب مدينة."، "world.reward.building.title": "تم إكمال {0}" ، "world.meet.tribe": "تلتقي {0}" ، "world.task.new": "لقد حصلت على مهمة جديدة!" ، "tribes.nature": "الطبيعة" ، "tribes.xin-xi": "Xin-xi" ، "tribes.xin-xi.info": "يبدأون رحلتهم في الجبال الكثيفة ، محاطة بأزهار الكرز الجميلة. \ n \ n {0} تبدأ اللعبة بتقنية '{1}'."، "tribes.imperius": "Imperius"، "tribes.imperius.info": "جبال ضخمة ووديان خضراء. المناخ {0} مثالي لزراعة الفاكهة. \ n \ n {0} تبدأ اللعبة بتقنية '{1}'."، "tribes.bardur": "Bardur"، "tribes.bardur.info": "البقاء على قيد الحياة في الشتاء الأبدي القاسي في {0} الغابة ليس بالمهمة السهلة ، ولكن يبدو أن {0} تزدهر هنا. \ n \ n {0} تبدأ اللعبة بـ '{1 }' تقنية."، "tribes.oumaji": "Oumaji" ، "tribes.oumaji.info": "الصحراء المباركة التي لا نهاية لها على ما يبدو هي موطن {0} القبيلة. \ n \ n {0} تبدأ اللعبة بتقنية '{1}'."، "tribes.kickoo": "Kickoo"، "tribes.kickoo.info": "شواطئ رملية بيضاء مع أشجار جوز الهند. وفرة من الفاكهة والأسماك. مرحبًا بك في منزل {0}. \ n \ n {0} ابدأ اللعبة باستخدام تقنية" {1} " . "، "tribes.hoodrick": "Hoodrick" ، "tribes.hoodrick.info": "أوراق الخريف الصفراء لغابات {0} هي مخابئ مثالية لسكانها المميزين الذين يحشوون الفطر. \ n \ n {0} ابدأ اللعبة باستخدام تقنية '{1}'."، "tribes.luxidoor": "Luxidoor"، "tribes. أجود أنواع الحرير الأرجواني. ولكن هل ستنجو خارج أسوار عاصمتهم المحبوبة؟ \ n \ n {0} تبدأ اللعبة برأسمال ضخم محاط بأسوار. "، "tribes.vengir": "Vengir"، "tribes.vengir.info": "تستهجن القبائل الأخرى وتدفعها إلى الأراضي البور غير السارة. هل سيتسامحون مع هذا الظلم أم سينهضون للرد؟ \ n \ n {0} ابدأ اللعبة بـ '{1}' التكنولوجيا ومبارز قوي. "، "tribes.zebasi": "Zebasi" ، "tribes.zebasi.info": "{0} ازدهر في غابات السافانا الدافئة ، وزرع التربة الخصبة لتوفير الغذاء لسكانها الأقوياء. \ n \ n {0} ابدأ اللعبة بتقنية" {1} ". و "tribes.zebasi.news": "يتم استثمار كل أرباح قبيلة الزباسي في مشاريع الطاقة الشمسية."، "tribes.aimo": "Ai-Mo" ، "tribes.aimo.info": "تعيش القبيلة {0} الهادئة والحكيمة في أقسى سلسلة جبال في الميدان وأكثرها رياحًا ، حيث وجدوا السلام الداخلي من خلال التأمل في ضوء المساء الأبدي. \ n \ n {0 } يبدأ اللعبة بتقنية "{1}". "، "tribes.aquarion": "Aquarion" ، "tribes.aquarion.info": "من أعماق المحيطات تظهر حضارة ضائعة منذ زمن طويل! لقد منحهم عزلتهم الشديدة قدرات مائية خاصة غير معروفة للقبائل البشرية الأخرى. \ n \ n {0} لديهم تقنية مختلفة قليلاً شجرة والوصول إلى وحدات السلاحف البرمائية الفريدة التي لا يمكن لأي قبيلة أخرى تدريبها. "، "tribes.quetzali": "Quetzali"، "tribes.quetzali.info": "قبيلة {0} تعبد آلهة الطيور في التربة الحمراء وتعيش في وئام مع التناسق الطبيعي لأدغالها التكعيبية. يُشاهدون عادة يركبون طيورًا ضخمة لا تطير. \ n \ n {0 } يبدأ اللعبة بتقنية "{1}". "، "tribes.elyrion": "riȱŋ"، "tribes.elyrion.info": "الغامض {0} يدافع عن منازلهم في الغابات بسحر ملون وضراوة التنانين التي تنفث النيران! \ n \ n إنهم يعتبرون الطبيعة روحًا مقدسة ولا يمكنهم اصطياد الحيوانات أو قطع الأشجار ، بدلاً من ذلك يبدأون اللعبة باستخدام تقنية Enchantment الفريدة التي يمكنها تحويل الحيوانات العادية إلى وحوش قوية. "، "tribes.yadakk": "يدقق" ، "tribes.yadakk.info": "بدأ {0} كقبيلة بدوية في سهول الخليج القاسية الجميلة. الآن هم تجار الساحة ، ويربطون إمبراطوريتهم بالطرق التجارية الرائعة. \ n \ n {0} تبدأ اللعبة بتقنية "{1}". "، "tribes.polaris": "Polaris"، "tribes.polaris.info": "لقد حوصر {0} في أقاصي التندرا المتجمدة على مدى دهور ، ولكنهم باركهم Gaami المجهول بالقدرة على توسيع تضاريسهم الجليدية غير الطبيعية إلى أبعد مما يسمح به الطقس. \ n \ n مع قوة الزلاجات والماموس ، تم تصميم {0} الصوفي على دفن الساحة في الجليد وتحويل الأرض إلى جنة متجمدة. \ n \ n {0} تبدأ اللعبة بإمكانية تجميد التضاريس المحيطة باستخدام موني. "، "building.capital.owner": "{0} هي عاصمة {1}" ، "building.capital.owner.former": "{0} هي العاصمة السابقة للإمبراطورية {1} ، التي تحتلها حاليًا {2} القوات" ، "building.city.owner": "{0} هي مدينة في {1} الإمبراطورية" ، "building.village.owner": "هذه قرية لا تنتمي إلى أية قبيلة" ، "build.ability.attract": "يجذب حيوانًا بريًا إلى بلاطة غابة قريبة كل 3 دورات" ، "build.produce": "تنتج {0} كل منعطف"، "building.produce.multiply.polaris": "({0} لكل {1} بلاطات مجمدة في العالم)"، "build.produce.multiply2.polaris": "تنتج {0} لكل {1} بلاطات مجمدة في العالم"، "build.produce.multiply": "({0} لكل قريب {1})"، "build.produce.multiply2": "ينتج {0} لكل مكان قريب {1} كل منعطف" ، "build.produce.multiply3": "ينتج {0} لكل قريب {1}"، "build.produce.reward.igned": "ينتج {0} لـ {1}" ، "build.produce.reward": "تنتج {0}"، "build.reward.tech": "يمنحك {0}"، "build.reward.instant": "فورًا يمنحك {0}"، "building.transform": "يحول {0} إلى {1}" ، "building.transform2": "يحول {0} إلى {1} مع {2}" ، "build.resource": "يضيف {0} في المربع المحدد" ، "build.value": "تساوي {0} من النقاط"، "build.ability.embark": "الوحدات التي تتحرك هنا ستتحول إلى قوارب يمكنها التحرك على الماء."، "build.ability.route": "يقوم بإنشاء طرق تجارية عبر {0} إلى أي {1} أخرى داخل دائرة نصف قطرها 5 مربعات."، "build.ability.route.and": "و" ، "build.ability.road": "أنشئ طرقًا لربط المدن بالعاصمة. تحصل المدن المتصلة على 1 من السكان كمكافأة. تمنح الطرق أيضًا مكافأة حركة لجميع الوحدات."، "building.ability.ruin": "خراب من حضارة قديمة ، يمكن أن يحتوي على أشياء ثمينة! اذهب إلى هناك مع وحدة لفحصها."، "build.ability.patina": "{0} تنمو بمرور الوقت ، لذا حاول بناءها في أقرب وقت ممكن."، "build.ability.limited": "يمكنك بناء واحد فقط {0} لكل مدينة."، "build.ability.unique": "يمكن بناء {0} مرة واحدة فقط."، "build.restriction.near": "يجب أن يتم بناؤه بجوار {0}."، "build.restriction.on": "يجب أن يكون على مربع به {0}."، "building.names.city": "المدينة"، "build.names.ruin": "خراب"، "building.names.monument1": "مذبح السلام" ، "building.names.monument2": "برج الحكمة" ، "building.names.monument3": "البازار الكبير" ، "building.names.monument4": "مقبرة الأباطرة" ، "building.names.monument5": "بوابة القوة" ، "building.names.monument6": "Park of Fortune" ، "building.names.monument7": "عين الله" ، "building.names.temple": "Temple"، "building.names.burnforest": "Burn Forest" ، "building.names.road": "Road"، "building.names.customshouse": "مركز الجمارك" ، "building.names.gather": "حصاد الفاكهة" ، "building.names.farm": "مزرعة" ، "building.names.windmill": "Windmill"، "building.names.fishing": "صيد السمك"، "building.names.whalehunting": "صيد الحيتان" ، "building.names.watertemple": "Water Temple" ، "building.names.port": "المنفذ"، "build.names.hunting": "صيد" ، "building.names.clearforest": "مسح مجموعة التفرعات" ، "building.names.lumberhut": "Lumber Hut" ، "building.names.sawmill": "Sawmill"، "building.names.growforest": "Grow Forest" ، "building.names.foresttemple": "Forest Temple" ، "building.names.mountaintemple": "Mountain Temple" ، "building.names.mine": "Mine"، "building.names.forge": "Forge"، "building.names.sanctuary": "Sanctuary"، "building.names.enchant": "حيوان ساحر" ، "building.names.enchant_whale": "Enchant Whale" ، "building.names.ice_bank": "Ice Bank" ، "building.names.iceport": "Outpost"، "building.names.icetemple": "Ice Temple" ، "الوحدة": "الوحدة" ، "unit.info.attack": "هجوم" ، "unit.info.defence": "الدفاع" ، "unit.info.movement": "الحركة"، "unit.info.health": "الصحة" ، "unit.info.range": "النطاق" ، "unit.info.skills": "المهارات"، "unit.names.giant": "العملاق" ، "unit.names.crab": "Crab" ، "unit.names.egg": "Dragon Egg" ، "unit.names.wendy": "Gaami" ، "unit.names.bunny": "الأرنب" ، "unit.names.scout": "Scout" ، "unit.names.boat": "قارب"، "unit.names.warrior": "المحارب" ، "unit.names.rider": "رايدر" ، "unit.names.knight": "Knight" ، "unit.names.defender": "المدافع" ، "unit.names.ship": "سفينة"، "unit.names.battleship": "سفينة حربية" ، "unit.names.catapult": "المنجنيق" ، "unit.names.archer": "رامي" ، "unit.names.priest": "Mind Bender"، "unit.names.swordman": "Swordsman"، "unit.names.amphibian": "البرمائيات" ، "unit.names.tridention": "Tridention" ، "unit.names.dragon": "Baby Dragon" ، "unit.names.dragon_large": "Fire Dragon" ، "unit.names.polytaur": "Polytaur" ، "unit.names.seamonster": "نافالون" ، "unit.names.icemaker": "Mooni" ، "unit.names.battlesled": "Battle Sled" ، "unit.names.fortress": "Ice Fortress"، "unit.names.icearcher": "Ice Archer" ، "قابلية الوحدة": "القدرة"، "unit.abilities.dash": "DASH"، "unit.abilities.escape": "ESCAPE"، "unit.abilities.scout": "SCOUT" ، "unit.abilities.sneak": "SNEAK" ، "unit.abilities.hide": "إخفاء" ، "unit.abilities.build": "BUILD" ، "unit.abilities.persist": "PERSIST" ، "unit.abilities.convert": "CONVERT" ، "unit.abilities.heal": "HEAL"، "unit.abilities.swim": "السباحة" ، "unit.abilities.carry": "CARRY"، "unit.abilities.grow": "GROW"، "unit.abilities.fly": "FLY"، "unit.abilities.splash": "SPLASH"، "unit.abilities.decay": "DECAY"، "unit.abilities.navigate": "NAVIGATE"، "unit.abilities.freeze": "التجميد"، "unit.abilities.freezearea": "منطقة التجميد" ، "unit.abilities.autofreeze": "التجميد التلقائي" ، "unit.abilities.skate": "تزلج" ، "unit.abilities.fortify": "FORTIFY"، "player.abilities.destroy": "تدمير"، "player.abilities.disband": "disband"، "player.abilities.literacy": "محو الأمية"، "player.abilities.glide": "الانزلاق"، "resources.names.fruit": "فاكهة"، "Resource.names.crop": "المحاصيل" ، "Resource.names.fish": "fish"، "Resource.names.whale": "whale"، "Resource.names.game": "wild animal"، "Resource.names.metal": "metal"، "terrain.unknown": "أراضي غير معروفة" ، "terrain.water": "Water"، "terrain.ocean": "المحيط"، "terrain.field": "حقل"، "terrain.forest": "غابة"، "terrain.mountain": "Mountain"، "terrain.ice": "Ice"، "actionbox.building.level": "المستوى {0} / {1}" ، "actionbox.tile.roads": "الطرق"، "actionbox.city": "مدينة {0}"، "actionbox.city.level": "lvl {0}"، "actionbox.village": "Village"، "actionbox.unit.frozen": "Frozen {0}"، "actionbox.unit.kills": "{0} / {1} kills"، "actionbox.unit.veteran": "Veteran"، "actionbox.unit.new": "تدريب جديد {0} {1}"، "actionbox.unit.ability": "قدرة الوحدة"، "actionbox.unit.train": "TRAIN" ، "actionbox.unit.upgrade": "ترقية" ، "actionbox.unit.toomany": "(كثير جدًا)"، "actionbox.unit.toomany.info": "هذه المدينة لا يمكنها دعم أي وحدات أخرى. قم بترقية المدينة للحصول على مساحة أكبر للوحدات."، "actionbox.building.doit": "افعل ذلك" ، "actionbox.building.requiredtech": "أنت بحاجة إلى البحث {0} للقيام بذلك ، انقر على زر" شجرة التكنولوجيا "."، "actionbox.building.techtree": "TECH TREE" ، "actionbox.insufficientfunds": "ليس لديك ما يكفي من النجوم لشراء هذا. انقر على" المنعطف التالي "للحصول على المزيد من النجوم."، "actionbox.confirm": "تأكيد {0}" ، "actionbox.confirm.info": "هل أنت متأكد أنك تريد القيام بذلك؟"، "actionbox.confirm.button": "نعم" ، "tooltip.tile.road": "قم ببناء طريق لربط هذه المدينة بعاصمتك."، "tooltip.tile.choose_unit": "اختر وحدة لإنتاج."، "tooltip.tile.limit": "هذه المدينة لا يمكنها دعم المزيد من الوحدات."، "tooltip.tile.capture.enemy": "مدينتك يتم الاستيلاء عليها من قبل العدو!" ، "tooltip.tile.capture": "هذه المدينة يتم الاستيلاء عليها."، "tooltip.tile.capture.tip": "انقل وحدة هنا للاستيلاء على هذه المدينة!"، "tooltip.tile.produces": "تنتج {0} كل منعطف."، "tooltip.tile.level.polaris": "تجميد {0} المزيد من المربعات للوصول إلى المستوى التالي"، "tooltip.tile.level.next": "المستوى التالي في {0} المنعطفات"، "tooltip.tile.level.max": "وصلت إلى الحد الأقصى" ، "tooltip.tile.sailing": "انقل وحدة هنا لبدء الإبحار!" ، "tooltip.tile.monuments": "المعالم تمنح إمبراطوريتك درجة إضافية!"، "tooltip.tile.ruin": "انقل وحدة هنا وافحص هذه الآثار القديمة."، "tooltip.tile.blocked": "تم حظر هذا المورد بواسطة وحدة معادية"، "tooltip.tile.extract.upgrade": "استخرج هذا المورد لترقية مدينتك"، "tooltip.tile.extract.convert": "يمكن تحويل هذا المورد إلى وحدة"، "tooltip.tile.extract.stars": "استخرج هذا المورد لكسب النجوم فورًا" ، "tooltip.tile.extract.research": "تحتاج إلى البحث {0} لاستخراج هذا المورد" ، "tooltip.tile.outside": "هذا المورد خارج إمبراطوريتك" ، "tooltip.tile.research": "تحتاج إلى البحث {0} لتتمكن من الانتقال إلى هنا" ، "tooltip.tile.explore": "استكشف هذه المنطقة لترى ما تحمله!"، "tooltip.unit.city.capture": "اضغط على" التقاط "لإضافة هذه المدينة إلى إمبراطوريتك" ، "tooltip.unit.city.capture.next": "ستكون هذه المدينة جاهزة لالتقاط المنعطف التالي" ، "tooltip.unit.city.capture.flying": "لا يمكن للوحدات الطائرة الاستيلاء على المدن"، "tooltip.unit.actions.none": "لا توجد إجراءات متبقية. اضغط على" المنعطف التالي "لتحريك هذه الوحدة مرة أخرى." ، "tooltip.unit.actions.move": "انقر فوق علامة زرقاء للتحرك."، "tooltip.unit.actions.attack": "انقر فوق علامة حمراء للهجوم!" ، "tooltip.unit.enemy": "هذا هو العدو!" ، "tooltip.unit.enemy.territory": "هذا العدو في منطقتك!" ، "tooltip.unit.enemy.city": "هذا العدو يستولي على مدينتك!" ، "tooltip.unit.grow.now": "سينمو إلى {0} في نهاية هذا المنعطف!"، "tooltip.unit.grow.later": "سينمو إلى {0} {1} دورة."، "tooltip.unit.decay.now": "ستحل هذه الوحدة في نهاية هذا المنعطف."، "tooltip.unit.decay.later": "ستذوب هذه الوحدة في {0} دورات."، "tooltip.ability.disband": "قم بإزالة أي من الوحدات الخاصة بك واحصل على نصف تكلفتها في المقابل."، "tooltip.ability.destroy": "قم بإزالة أي مبنى داخل حدودك ، وهو أمر رائع لإعادة بناء إمبراطوريتك."، "tooltip.ability.literacy": "خفض سعر جميع التقنيات بنسبة 20٪."، "tooltip.ability.glide": "تحصل جميع الوحدات غير المتزلجة على حركة إضافية عند التحرك على الجليد."، "tooltip.ability.dash": "يمكن لهذه الوحدة الهجوم بعد التحرك إذا كان هناك عدو في النطاق."، "tooltip.ability.convert": "يمكن لهذه الوحدة تحويل عدو إلى قبيلتك من خلال مهاجمتها."، "tooltip.ability.escape": "يمكن لهذه الوحدة التحرك مرة أخرى بعد الهجوم."، "tooltip.ability.persist": "يمكن لهذه الوحدة أن تستمر في الهجوم طالما أنها تقتل ضحاياها تمامًا."، "tooltip.ability.swim": "هذه الوحدة برمائية ويمكن أن تتحرك على الأرض والمياه."، "tooltip.ability.carry": "تحمل هذه الوحدة وحدة أخرى بداخلها."، "tooltip.ability.heal": "يمكن لهذه الوحدة أن تعالج الوحدات المحيطة."، "tooltip.ability.navigate": "يمكن لهذه الوحدة التحرك في أي تضاريس حتى لو لم تكن لديك التقنية اللازمة للانتقال إلى هناك."، "tooltip.ability.fly": "يمكن لهذه الوحدة التحليق فوق أي تضاريس بدون عقوبات أو مكافآت على الحركة."، "tooltip.ability.splash": "تتسبب هذه الوحدة في تلف الوحدات المجاورة عند الهجوم."، "tooltip.ability.grow": "ستنمو هذه الوحدة في النهاية وتصبح شيئًا آخر."، "tooltip.ability.sneak": "يمكن لهذه الوحدة تجاوز وحدات العدو دون توقف."، "tooltip.ability.scout": "هذه الوحدة لها نطاق رؤية مزدوج."، "tooltip.ability.freeze": "تقوم هذه الوحدة بتجميد أعدائها عند مهاجمتهم حتى لا يتمكنوا من التحرك."، "tooltip.ability.freeze_area": "يمكن لهذه الوحدة تجميد البلاط المحيط بما في ذلك أي وحدات معادية."، "tooltip.ability.freeze_auto": "تقوم هذه الوحدة بتجميد أي بلاطات ووحدات محيطة عند الحركة."، "tooltip.ability.skate": "تحصل هذه الوحدة على حركة مزدوجة على بلاطات الجليد ولكن حركتها على الأرض تقتصر على قطعة واحدة ويتم تعطيل جميع القدرات الأخرى."، "tooltip.ability.fortify": "تحصل هذه الوحدة على مكافأة دفاع عند الدفاع في مدنها ، علاوة مضاعفة مع جدار المدينة."، "أزرار.ok": "موافق" ، "أزرار.exit": "خروج" ، "button.save": "حفظ" ، "Button.back": "BACK"، "gameinfo.id": "المعرف: {0}"، "gameinfo.lastmove": "آخر حركة: قبل {0}"، "gameinfo.updated": "تم التحديث: منذ {0}" ، "gameinfo.turn": "Turn: {0}"، "gameinfo.serverversion": "إصدار الخادم: {0}"، "gameinfo.gameover": "انتهت هذه اللعبة ، افتحها لعرض النتيجة النهائية" ، "gameinfo.yourturn": "حان دورك إلى {0}"، "gameinfo.opponentsturn": "Waiting for {0} to {1}"، "gameinfo.start": "ابدأ اللعبة"، "gameinfo.picktribe": "اختيار القبيلة" ، "gameinfo.play": "play"، "gamesaverbinary.unable.to.save": "لم أتمكن من حفظ اللعبة ، تأكد من أن لديك مساحة تخزين كافية على جهازك" ، "gamesaverbinary.unable.to.save.title": "تعذر الحفظ :("، "gamesaverbinary.error.loading.moves": "خطأ في تحميل الحركات" ، "polyplayer.task": "مهمة"، "polyplayer.task.explorer.title": "Explorer" ، "polyplayer.task.explorer.description": "استكشف كل قطعة في هذا العالم المربع" ، "polyplayer.task.war.title": "لا رحمة" ، "polyplayer.task.war.description": "امسح عدوًا" ، "polyplayer.task.pacifist.title": "السلمي"، "polyplayer.task.pacifist.description": "لا تقم بأي هجمات لمدة 5 أدوار"، "polyplayer.task.killer.title": "القاتل"، "polyplayer.task.killer.description": "اقتل 10 أعداء في المعركة" ، "polyplayer.task.wealth.title": "الثروة"، "polyplayer.task.wealth.description": "جمع 100 نجمة" ، "polyplayer.task.genius.title": "Genius" ، "polyplayer.task.genius.description": "اكتشف كل التقنيات المتاحة" ، "polyplayer.task.metropolis.title": "Metropolis"، "polyplayer.task.metropolis.description": "أنشئ مدينة من المستوى الخامس"، "polyplayer.task.network.title": "الشبكة" ، "polyplayer.task.network.description": "اربط 5 مدن بعاصمتك" ، "task.info": "{0} للحصول على {1}" ، "price.stars": "star"، "price.stars.plural": "stars"، "price.population": "Population"، "price.population.plural": "Population"، "price.points": "point"، "price.points.plural": "Points"، "wcontroller.online.yourturn.title": "إنه دورك!"، "wcontroller.online.yourturn.description": "انقر على" موافق "لمتابعة اللعبة عندما تكون جاهزًا."، "wcontroller.convertvillage.description": "يوافق القرويون على الانضمام إلى إمبراطوريتك الناشئة!" ، "wcontroller.convertvillage.title": "تم تحويل القرية!"، "wcontroller.capital.regained.description": "لقد استعدت السيطرة على رأس المال الخاص بك ، وأعيد إنشاء شبكات التجارة" ، "wcontroller.capital.regained.title": "أخبار رائعة!"، "wcontroller.capital.lost.description": "تم الاستيلاء على رأس مالك بواسطة جحافل {0}! تم إلغاء جميع اتصالاتك التجارية حتى تستعيد السيطرة على رأس مالك" ، "wcontroller.capital.lost.title": "أخبار سيئة!"، "wcontroller.capital.captured.description": "لقد استولت على رأس مال {0}! تم إلغاء جميع اتصالاتهم التجارية حتى يستعيدوا السيطرة على رأس مالهم" ، "wcontroller.capital.captured.title": "أخبار رائعة!"، "wcontroller.capital.captured2.description": "{0} هي الآن جزء من {1} الإمبراطورية" ، "wcontroller.capital.captured2.title": "استولت المدينة!"، "wcontroller.kill.upgrade.description": "الوحدة جاهزة للترقية!" ، "wcontroller.kill.upgrade.title": "Level Up!"، "wcontroller.examine.water.elyrion": "لقد صادفت {0} مسحورًا انضم إلى قبيلتك!" ، "wcontroller.examine.water": "لقد واجهت عصابة من القراصنة الودودين الذين انضموا إلى قبيلتك!" ، "wcontroller.examine.water.title": "سفينة المعركة" ، "wcontroller.examine.giant": "لقد وجدت {0} صديقًا انضم إلى قبيلتك!" ، "wcontroller.examine.explorer": "تقابل بعض السكان المحليين الذين يظهرون لك الأراضي المحيطة."، "wcontroller.examine.explorer.title": "Explorer"، "wcontroller.examine.tech": "لقد عثرت على بعض اللفائف القديمة التي تحتوي على سر {0}."، "wcontroller.examine.tech.title": "مخطوطات الحكمة"، "wcontroller.examine.stars": "الآثار القديمة مليئة بالموارد القيمة!"، "wcontroller.examine.stars.title": "الموارد"، "wcontroller.examine.population": "تلتقي بقبيلة بدوية تستقر في عاصمتك!"، "wcontroller.examine.population.title": "السكان"، "wcontroller.move.unto.unit": "لا يمكن الانتقال إلى وحدة أخرى" ، "wcontroller.building.upgrade": "تمت ترقية {0} إلى {1}!"، "wcontroller.building.upgrade.reward": "{0} تمت الترقية إلى المستوى {1} وزاد إنتاجه +1. يمكنك أيضًا اختيار مكافأة إضافية:"، "wcontroller.reward.workshop": "Workshop"، "wcontroller.reward.citywall": "جدار المدينة"، "wcontroller.reward.populationgrowth": "النمو السكاني"، "wcontroller.reward.park": "park"، "wcontroller.reward.explorer": "explorer"، "wcontroller.reward.resources": "resources"، "wcontroller.reward.bordergrowth": "نمو الحدود"، "wcontroller.reward.superunit": "super unit"، "wcontroller.unit.promotion": "اكتسبت وحدتك حالة المحاربين القدامى! زادت الصحة."، "wcontroller.unit.promotion.title": "تم ترقية الوحدة!"، "wcontroller.meet.tribe.leader": "قائدهم"، "wcontroller.meet.tribe.bigger.hostile": "يضحك على عذرك الضئيل لقبيلة."، "wcontroller.meet.tribe.bigger.fri friendly": "تحية لك ودودًا لكنها لا تولي اهتمامًا لمملك الصغير."، "wcontroller.meet.tribe.smaller.hostile": "يبدو عدائيًا بعض الشيء ويحييك بشكل مريب."، "wcontroller.meet.tribe.smaller.fri friendly": "انحناءات في رهبة حضارتك العظيمة."، "wcontroller.meet.tribe.tech.hostile": "يمكنك سرقة سر {0}!"، "wcontroller.meet.tribe.tech.fri friendly": "كبادرة حسن نية ، يشاركون سر {0}!" ، "wcontroller.meet.tribe.resource.hostile": "يمكنك سرقة بعض القطع الذهبية الثمينة!"، "wcontroller.meet.tribe.resource.fri friendly": "إنهم يقدمون لك هدية من الموارد القيمة!" ، "wcontroller.tribe.destroy": "لقد دمرت {0}!"، "wcontroller.tribe.destroy.title": "Blood!"، "wcontroller.tribe.destroy2": "تم تدمير {0} بواسطة {1}!"، "wcontroller.tribe.destroy.all": "لقد دمرت كل القبائل المعارضة ووحدت الساحة بأكملها تحت إمرتك!" ، "wcontroller.tribe.destroy.all.title": "الهيمنة!"، "wcontroller.city.disconnect": "تم قطع اتصال {0} بـ {1}" ، "wcontroller.city.disconnect.title": "فقد طريق التجارة!"، "wcontroller.turn.end": "إنهاء الدور ..."، "wcontroller.turn.saving": "جارٍ حفظ اللعبة على الخادم ..."، "wcontroller.turn.notification": "حان دورك {0} (دوران {1})" ، "wcontroller.turn.passed": "تم تمرير اللعبة إلى {0}"، "wcontroller.turn.passed.title": "Turn Complete"، "wcontroller.turn.error": "تعذر الوصول إلى خادم اللاعبين المتعددين. يرجى التأكد من اتصالك بالإنترنت والمحاولة مرة أخرى."، "wcontroller.turn.error.title": "خطأ في الشبكة" ، "wcontroller.turn.next": "التالي"، "wcontroller.load.error": "لا توجد لعبة محفوظة لاستئنافها ، ابدأ لعبة جديدة!"، "wcontroller.load.error.title": "لا توجد لعبة محفوظة" ، "wcontroller.load.notpartof": "أنت لست جزءًا من هذه اللعبة" ، "wcontroller.load.wait": "انتظر حتى يتم تنزيل هذه اللعبة بالكامل قبل فتحها."، "wcontroller.load.wait.title": "جاري التحميل ..."، "wcontroller.load.update": "تستخدم هذه اللعبة إصدارًا أحدث من Polytopia ، يلزمك التوجه إلى {0} وتحديثه قبل أن تتمكن من اللعب."، "wcontroller.load.update.title": "التحديث مطلوب"، "wcontroller.removingplayer": "إزالة اللاعب"، "wcontroller.not.your.turn": "عذرًا ، لم يحن دورك بعد!"، "technology.intro": "ستعمل هذه التقنية على تمكين ما يلي:"، "technology.build": "{0} يجعل من الممكن إنشاء {1}" ، "technology.movement": "الحركة"، "technology.movement.info": "تمكن الحركة في {0}" ، "technology.defence": "مكافأة الدفاع"، "technology.defence.info": "يمنح وحدتك قوة إضافية عند الدفاع بـ {0}"، "technology.task": "{0} ينشط {1} المهمة" ، "قابلية التكنولوجيا": "القدرة"، "technology.ability.info": "{1} يمنحك القدرة على {1}"، "technology.names.basic": "أساسي"، "technology.names.riding": "ركوب الخيل"، "technology.names.freespirit": "Free Spirit" ، "technology.names.chivalry": "الفروسية" ، "technology.names.roads": "Roads"، "technology.names.trade": "التجارة" ، "technology.names.organization": "Organization"، "technology.names.shields": "Shields"، "technology.names.farming": "الزراعة" ، "technology.names.construction": "Construction"، "technology.names.fishing": "صيد السمك" ، "technology.names.whaling": "صيد الحيتان"، "technology.names.aquatism": "المائية" ، "technology.names.sailing": "الإبحار" ، "technology.names.navigation": "تصفح" ، "technology.names.hunting": "صيد" ، "technology.names.forestry": "الغابات" ، "technology.names.mathematics": "Mathematics"، "technology.names.archery": "الرماية"، "technology.names.spiritualism": "الروحانية" ، "technology.names.climbing": "التسلق" ، "technology.names.meditation": "تأمل" ، "technology.names.philosophy": "الفلسفة" ، "technology.names.mining": "Mining"، "technology.names.smithery": "Smithery"، "technology.names.freediving": "الغوص الحر" ، "technology.names.spearing": "Spearing"، "technology.names.forestmagic": "سحر الغابة" ، "technology.names.watermagic": "Water Magic" ، "technology.names.frostwork": "Frostwork"، "technology.names.polarwarfare": "Polar Warfare" ، "technology.names.polarism": "Polarism"، "techview.info": "تزداد تكاليف التكنولوجيا لكل مدينة في إمبراطوريتك."، "techview.info.literacy": "معرفة القراءة والكتابة تقلل من سعر جميع التقنيات بنسبة 20٪!" ، "techview.locked": "(مغلق)" ، "techview.locked.info": "يجب عليك البحث {0} قبل أن تتمكن من تعلم {1}."، "techview.completed": "(مكتمل)" ، "techview.completed.info": "لقد بحثت بالفعل عن هذه التقنية."، "techview.expensive.info": "ليس لديك ما يكفي من النجوم لشراء هذا. انقر على" المنعطف التالي "للحصول على المزيد من النجوم."، "techview.research": "بحث" ، "action.info.attack": "قم بهجوم بهذه الوحدة. حدد الوحدة وانقر فوق أي من أهداف RED إذا كنت تريد الهجوم" ، "action.info.recover": "استرداد" ، "action.info.healothers": "شفاء الآخرين" ، "action.info.train": "قم بتدريب وحدة في هذه المدينة. يمكن استخدام الوحدات لاستكشاف العالم ومهاجمة الأعداء والدفاع عن مدينتك" ، "action.info.move": "انقل هذه الوحدة. حدد الوحدة وانقر فوق أي من الأهداف الزرقاء" ، "action.info.capture": "أسر" ، "action.info.capture2": "استحوذ على هذه المدينة. المدن تولد النجوم في كل منعطف يمكنك استخدامه لتطوير إمبراطوريتك" ، "action.info.destroy": "إتلاف" ، "action.info.disband": "Disband {0}"، "action.info.remove": "إزالة" ، "action.info.cityreward": "City Reward" ، "action.info.reward": "Reward"، "action.info.trip": "رحلة"، "action.info.meet": "Meet"، "action.info.promote": "ترقية" ، "action.info.examine": "فحص" ، "action.info.endturn": "قم بإنهاء هذا المنعطف للحصول على المزيد من الموارد وتحركات الوحدة. اضغط على زر" المنعطف التالي "" ، "action.info.stay": "Stay"، "action.info.healarea": "healArea" ، "action.info.freezearea": "منطقة التجميد" ، "action.info.breakice": "كسر الجليد" ، "action.info.do": "افعل {0} هنا" ، "action.info.build": "إنشاء {0} هنا" ، "action.info.reward.population": "سيؤدي ذلك إلى زيادة عدد سكان أقرب مدينة. عندما يصبح عدد السكان كبيرًا بما يكفي ، سترتفع المدينة وتنتج المزيد من الموارد" ، "action.info.reward.resources": "هذا سيمنحك مكافأة فورية {0} من الموارد" ، "action.info.research": "بحث {0}."، "actionbtn.upgrade": "ترقية إلى {0}"، "actionbtn.remove.building": "Building"، "actionbtn.remove.roads": "الطرق" ، "stringtools.typelist.and": "و" ، "topbar.score": "النتيجة"، "topbar.turn": "Turn"، "topbar.stars": "نجوم (+ {0})"، "Bottommenu.gamestats": "إحصائيات اللعبة" ، "Bottommenu.menu": "Menu"، "Bottommenu.nextturn": "المنعطف التالي" ، "Bottommenu.techtree": "شجرة التكنولوجيا" ، "endscreen.done": "تم"، "endscreen.ruledby": "محكومة بواسطة {0}"، "endscreen.army & region": "الجيش والأراضي"، "endscreen.monuments and المعابد": "الآثار والمعابد"، "endscreen.cities": "المدن"، "endscreen.science": "Science"، "endscreen.units": "{0} الوحدات ، {1} إمبراطورية البلاط" ، "endscreen.culture": "{0} monuments، {1} temples"، "endscreen.citiescount": "{0} Cities"، "endscreen.techscore": "{0} / {1} التقنيات التي تم البحث عنها"، "endscreen.bonus": "مكافأة الصعوبة"، "endscreen.finalscore": "النتيجة النهائية"، "endscreen.speedskills": "مهارات السرعة"، "endscreen.domination.win": "{0} / {1} turn"، "endscreen.domination.loss": "{0} turn"، "endscreen.battle": "مهارات المعركة"، "endscreen.battle.info": "فقدت {0} وحدة"، "endscreen.destroyed": "قبائل دمرت"، "endscreen.destroyed.info": "{0} / {1}"، "endscreen.rating": "تصنيف الصعوبة"، "endscreen.finalrating": "التصنيف النهائي"، "endscreen.nextstar.percent": "{0}٪ مطلوبة للنجمة التالية"، "endscreen.nextstar": "{0} مطلوب للنجمة التالية"، "endscreen.topresult": "أفضل نتيجة جديدة!"، "endscreen.topresult.title": "عظيم!"، "endscreen.personal": "شخصية جديدة عالية الجودة طوال الوقت!"، "endscreen.personal.title": "مدهش!"، "endscreen.showhiscore": "SHOW HISCORE"، "endscreen.winner": "{0} win!"، "endscreen.victory": "انتصار"، "endscreen.gameover": "انتهت اللعبة"، "highscore.title": "درجة عالية"، "highscore.today": "Today"، "highscore.thisweek": "هذا الأسبوع" ، "highscore.alltime": "كل الأوقات"، "highscore.alltribes": "جميع القبائل" ، "highscore.hiscore": "hiscore"، "highscore.loading": "جارٍ التحميل .."، "highscore.notavailable": "High Score not available."، "multiplayer.passplay": "Pass & Play"، "multiplayer.passplay.info": "تحدي أصدقائك في مباراة متعددة اللاعبين على نفس الجهاز. فقط قم بتمريرها إلى اللاعب التالي عندما ينتهي دورك."، "multiplayer.activegames": "الألعاب النشطة" ، "multiplayer.finishedgames": "Finished Games" ، "multiplayer.creategame": "إنشاء لعبة" ، "multiplayer.clipboard": "تمت إضافة Gamedata إلى الحافظة" ، "multiplayer.clipboard.title": "Voilà!"، "gamestats.gamemode": "وضع اللعبة: {0}"، "gamestats.bonus": "مكافأة الصعوبة: {0}"، "gamestats.speed": "مهارات السرعة"، "gamestats.speed.info": "{0} / {1} دورة"، "gamestats.battle": "مهارات القتال" ، "gamestats.battle.info": "{0} فاز ، {1} خسر"، "gamestatus.tribes": "القبائل دمرت" ، "gamestatus.difficulty": "تصنيف الصعوبة"، "gamestatus.capitals": "Capitals Owned"، "gamestatus.scores": "النتائج"، "gamestatus.ruled": "محكومة بواسطة {0}" ، "gamestatus.ruled.you": "تحكمها أنت" ، "gamestatus.unknown.tribe": "قبيلة غير معروفة"، "gamestatus.unknown.ruler": "مسطرة غير معروفة" ، "gamestatus.score": "النتيجة: {0} نقطة"، "gamestatus.city": "{0} city"، "gamestatus.cities": "{0} Cities"، "gamestatus.destroyed": "مدمر"، "gamestatus.tasks": "المهام {0} / {1}"، "gamestatus.tasks.complete": "مكتمل!" ، "settings.title": "إعدادات"، "settings.volume": "مستوى الصوت {0}"، "settings.soundeffects": "تأثيرات صوتية"، "settings.ambience": "Ambience"، "settings.tribemusic": "Tribe Music"، "settings.suggestions": "اقتراحات" ، "settings.info": "معلومات حول الإنشاء" ، "settings.confirm": "تأكيد الدور" ، "settings.saveexit": "EXIT TO MENU" ، "settings.on": "تشغيل" ، "settings.off": "OFF" ، "settings.language": "Language"، "settings.restartlanguage": "الرجاء إعادة تشغيل Polytopia لتبديل اللغة بالكامل" ، "settings.language.load.title": "لغة مخصصة (نسخة تجريبية)" ، "settings.language.load.info": "قم بتحميل ملف لغة Polytopia من خادم بعيد باستخدام https. هذه ميزة تجريبية وليست لأصحاب القلوب الضعيفة."، "settings.language.load.input": "عنوان url لملف اللغة:"، "settings.language.load.button": "LOAD" ، "throne.title": "THRONE ROOM"، "throne.reset": "إعادة تعيين النتائج"، "throne.playerinfo": "معلومات اللاعب"، "throne.playerid": "معرف اللاعب" ، "throne.clipboard": "تمت إضافة معرف المشغل إلى الحافظة"، "throne.clipboard.title": "Voilà!"، "throne.alias": "الاسم المستعار" ، "throne.played": "تم تشغيل الألعاب"، "throne.topscore": "أعلى نتيجة"، "throne.toprating": "Top Rating"، "throne.resetwarning": "هل أنت متأكد من أنك تريد إعادة تعيين جميع درجاتك وتقييماتك المحفوظة؟ لا يمكن التراجع عن هذا."، "throne.resetwarning.title": "إعادة تعيين النتائج"، "throne.reset.complete": "تم إعادة تعيين النتائج الآن" ، "throne.google.achievements": "الإنجازات"، "throne.google.signedin": "لقد قمت بتسجيل الدخول باستخدام Google Play" ، "throne.google.out": "تسجيل الخروج"، "throne.google.info": "(!) تحتاج إلى تسجيل الدخول باستخدام Google Play لحفظ بيانات اللعبة والنتائج العالية." ، "throne.google.in": "تسجيل الدخول" ، "consent.approval.title": "مرحبًا بكم في Polytopia!" ، "consent.approval.info": "لتحسين Polytopia بإحصائيات الاستخدام ولتخزين درجاتك العالية وإعداداتك ، نحتاج إلى موافقتك للوصول إلى بعض البيانات الشخصية. \ n يمكنك قراءة المزيد حول البيانات التي نجمعها في <u> < a href = '{0}'> سياسة الخصوصية </a> </u>. \ n (يمكنك إبطال موافقتك في أي وقت في 'Throne Room') "، "Accept.approve": "الموافقة"، "Accept.deny": "DENY"، "Accept.enabled": "البيانات الشخصية ممكّنة"، "consent.enabled.info": "أنت تسمح حاليًا لـ Polytopia بالوصول إلى بعض البيانات الشخصية لتحسين الخدمة وتخزين نتائجك العالية وما إلى ذلك. لمزيد من المعلومات ، اقرأ <u> <a href='{0}'> سياسة الخصوصية < / a> </u>. "، "Accept.disabled": "البيانات الشخصية معطلة"، "consent.disabled.info": "لحفظ البيانات الشخصية مثل النتائج العالية وإحصاءات الاستخدام ، نحتاج إلى موافقتك. لمزيد من المعلومات ، اقرأ <u> <a href='{0}'> سياسة الخصوصية </a> < / u>. "، "موافقة.إلغاء": "إبطال الموافقة" ، "onlineview.title": "MULTIPLAYER"، "onlineview.loadingservice": "خدمة التحميل" ، "onlineview.yourturn": "دورك" ، "onlineview.theirturn": "دورهم" ، "onlineview.reloading": "إعادة التحميل .."، "onlineview.reloading.release": "حرر لإعادة التحميل ..."، "onlineview.newgame": "لعبة جديدة" ، "onlineview.friends": "الأصدقاء"، "onlineview.profile": "الملف الشخصي" ، "onlineview.passplay": "Pass & Play"، "onlineview.refresh": "تحديث" ، "onlineview.profile.available": "الملف الشخصي متاح فقط عند الاتصال بالخادم."، "onlineview.friendlist.available": "قائمة الأصدقاء متاحة فقط عند الاتصال بالخادم."، "onlineview.servicedisabled": "تم تعطيل خادم اللاعبين المتعددين مؤقتًا ، يرجى المحاولة مرة أخرى لاحقًا. تأكد أيضًا من أنك تستخدم أحدث إصدار من Battle of Polytopia." ، "خطأ onlineview.load": "تعذر الاتصال بخادم اللاعبين المتعددين. تحقق من اتصالك بالإنترنت وحاول مرة أخرى."، "onlineview.uptodate": "تم تحديث جميع الألعاب" ، "onlineview.intro.fix": "مرحبًا {0}! \ n \ n للعب متعدد اللاعبين عبر الإنترنت ، هناك بعض الأشياء التي تحتاج إلى إصلاحها:"، "onlineview.intro.update": "متعددة اللاعبين عبر الإنترنت غير متاحة ، يرجى تحديث Polytopia إلى أحدث إصدار" ، "onlineview.gameinvitations": "دعوات الألعاب" ، "onlineview.nogames.intro": "مرحبًا {0}!"، "onlineview.nogames.start": "لنبدأ تشغيل بعض الألعاب عبر الإنترنت مع أصدقائك. انقر على" لعبة جديدة "لبدء واحدة."، "onlineview.nogames.first": "أول شيء تحتاجه هو التواصل مع بعض البشر الآخرين الذين يلعبون Polytopia. انقر على" الأصدقاء "لإضافتهم."، "onlineview.or": "أو" ، "onlineview.passplay.start": "ابدأ إحدى ألعاب Pass & Play المحلية من خلال النقر على" لعبة جديدة "، "onlineview.login.ios": "تسجيل الدخول إلى {0}"، "onlineview.login.ios.info": "يضمن استخدام {0} أن يكون لديك معرف لاعب فريد وثابت يحافظ على بياناتك آمنة عبر الأجهزة."، "onlineview.notifications": "تمكين الإخطارات"، "onlineview.notifications.info": "We use notifications to communicate the status of your ongoing multiplayer games.", "onlineview.purchase": "Purchase one Tribe", "onlineview.purchase.info": "Running an online multiplayer service costs real money and we rely solely on the kind support from players like you.", "onlineview.completed": "completed", "onlineview.required": "required", "onlineview.check": "check", "onlineview.fixit": "FIX IT", "onlineview.clipboard": "Game ID added to clipboard: {0}", "onlineview.clipboard.title": "Voilà!", "onlineview.game.join": "JOIN GAME", "onlineview.game.start": "START GAME", "onlineview.game.open": "OPEN", "onlineview.game.size": "Map Size", "onlineview.game.moreinfo": "More info", "onlineview.game.gameinfo": "Game Info", "onlineview.game.you": "You", "onlineview.game.resign": "RESIGN", "onlineview.game.decline": "DECLINE", "onlineview.game.delete": "DELETE", "onlineview.game.resign.title": "Resign", "onlineview.game.resign.info": "Are you sure you want to leave this game permanently?", "onlineview.game.old.title": "Old file version", "onlineview.game.old.info": "This game was created with an outdated version of the game. It can unfortunately not be loaded :( My suggestion is that you delete it and start a new one. Sorry for the inconvenience.", "onlineview.game.player.left": "{0} has left the game {1} and has been replaced by a bot.", "onlineview.game.player.kicked": "You have been removed from game {0}", "onlineview.game.player.invited": "You are invited to a new game, {0}", "firebaseservice.status.connecting": "Connecting to the Polytopia server...", "firebaseservice.status.loading": "Loading game data...", "firebaseservice.status.loading.count": "Loading game data, {0} left", "firebaseservice.status.loading.player": "Loading player data...", "firebaseservice.status.sync": "Sync chronometer..", "firebaseservice.status.sync.player": "Syncing your player data..", "firebaseservice.status.checking": "Checking for changes..", "firebaseservice.status.loading.messages": "Loading messages...", "firebaseservice.important.title": "Important information", "firebaseservice.important.deleted": "{0} has deleted you from multiplayer game {1}", "firebaseservice.error": "There was an error saving the game. Please try again.", "firebaseservice.invite": "You are invited to a new game, {0}", "firebaseservice.removed": "You have been removed from game {0}", "friendlist.title": "FRIEND LIST", "friendlist.new.caps": "ADD FRIEND", "friendlist.new.title": "Add a new friend", "friendlist.new.info": "Enter the player ID of your friend. (they can find it on this Friend page on their device)", "friendlist.new.button": "ADD", "friendlist.new.input": "Player ID:", "friendlist.new.myself.title": "Me, myself & I", "friendlist.new.myself.info": "Seems like you tried to add yourself as a friend. That might sound like a nice thing to do but it would add an existential layer to the game that we cannot handle at the moment. Please submit a player ID of someone else.", "friendlist.new.empty.title": "Emptiness", "friendlist.new.empty.info": "The player ID you entered was completely empty! You should not try to make friends with the void, it is a very lonely path.", "friendlist.new.exists.title": "Duplicate Player", "friendlist.new.exists.info": "You are already friends with {0}", "friendlist.new.looking.title": "Loading Player", "friendlist.new.looking.info": "Looking for player {0}", "friendlist.new.added.title": "Player Added", "friendlist.new.added.info": "Added player {0}", "friendlist.new.error.title": "Error loading player", "friendlist.new.error.info": "Could not find player with the ID {0}.", "friendlist.new.error2.title": "Player not found", "friendlist.new.error2.info": "Could not find any player with the ID {0}. Error: {1}", "friendlist.loading": "Loading friends...", "friendlist.error": "Error loading friends", "friendlist.friends": "Friends", "friendlist.friends.old": "Outdated friends", "friendlist.local": "Local Players", "friendlist.bots": "Bots", "friendlist.bot": "{0} Bot", "friendlist.player": "Player {0}", "friendlist.remove": "REMOVE", "friendlist.reload": "RELOAD", "friendlist.checking": "Checking friend status..", "friendlist.friend.update": "{0} needs to update to the latest version of Polytopia before you can invite them to new games.", "friendlist.friend.updated": "{0} is now on the new server", "friendlist.friend.notupdated": "{0} is still on the old server", "friendlist.removed.title": "Player Removed", "friendlist.removed.info": "Removed player {0}", "idconsole.playerid": "Your Player ID:", "idconsole.share": "Send this Player ID to anyone you want to play against. Tap it to copy.", "idconsole.clipboard": "Player ID {0} added to clipboard", "idconsole.clipboard.title": "Voilà!", "playerpickerview.title": "PICK PLAYERS", "playerpickerview.name": "Game Name", "playerpickerview.startgame": "START GAME", "playerpickerview.addplayer": "ADD PLAYER", "playerpickerview.size": "Map size: {0} tiles", "playerpickerview.mode": "Game mode: {0}", "playerpickerview.players": "Players ({0}/{1})", "playerpickerview.you": "{0} (you)", "playerpickerview.bot": "{0} ({1} bot)", "playerpickerview.human": "No human player", "playerpickerview.human.info": "There needs to be at least one human player to start a game", "gameitem.join": "Join this game or decline the invitation", "gameitem.join.wait": "Waiting for {0} to pick tribe", "gameitem.ready": "Ready to start!", "gameitem.ready.wait": "{0} can start the game", "gameitem.turn.your": "Your turn", "gameitem.turn.other": "Waiting for {0}", "gameitem.gameover": "This game is over, tap to see the end.", "gameitem.pick": "{0}, pick your tribe", "gameitem.start": "{0}, start the game", "gameitem.turn": "{0}, take your turn", "gameitem.ended": "This game is over.", "gameitem.pending": "Pending. Open and save to server.", "gameitem.timeup": "Time Up!", "gameitem.timeup.info": "Your time to make a move is up, do you want to resign?", "gameitem.timelimit": "Time limit", "gameitem.timelimit.info": "You have {0} to make your move, after that you will be removed from the game.", "gameitem.kick": "Duh!", "gameitem.kick.info": "Do you want to kick {0} out of from this game? A bot will take control of the tribe.", "gameitem.kick.action": "KICK", "gameitem.slow": "Come on..", "gameitem.slow.info": "{0} has {1} to make a move. Send a rude reminder to make {0} hurry up?", "gameitem.slow.action": "REMIND", "gameitem.timeleft": "Cool runnings", "gameitem.timeleft.info": "{0} still has {1} to make a move.", "gameitem.reload": "RELOAD", "gameitem.remind.max": "That's enough", "gameitem.remind.max.info": "Reminder already sent to {0}", "gameitem.remind.notification": "We are waiting for you to play in {0}. Come on!!", "gameitem.remind.notify": "Done", "gameitem.remind.notify.info": "Reminder sent to {0}", "mplayerstats.title": "PLAYER PROFILE", "mplayerstats.clear": "clear data", "mplayerstats.reload": "reload multiplayer data", "mplayerstats.multiplayer.faq": "MULTIPLAYER FAQ", "mplayerstats.alias": "Alias", "mplayerstats.friends": "nº of friends", "mplayerstats.games": "Games Played", "mplayerstats.server": "Server version", "mplayerstats.lost": "Feeling lost? Check the:", "credits.title": "ABOUT", "credits.subtitle": "Indie Delight", "credits.midjiwan": "The Battle of Polytopia is constantly being created by Midjiwan, a tiny indie game studio in Stockholm, Sweden.", "credits.learnmore1": "Want to know everything?", "credits.learnmore2": "Check the extensive Wikia database created by the Polytopia community:", "c
Zhao-Wilson / Energy Aware Compute StrategyThe growth of data volume and the popularity of mobile devices have spawned a large number of low-latency, high-computing applications. At the same time, under the wave of global new energy, the energy efficiency utilization of electronic equipment has also received more and more attention. Due to a large delay and occupying the large bandwidth of cloud computing, and the limited computing power of end devices, mobile edge computing is considered to be the best way to achieve low latency of complex tasks. Wifi routers can provide high bandwidth and can work as intermediate nodes for forwarding tasks. In this report, we propose to use dynamic programming based on wifi routers to dynamically schedule computing tasks to edge computing nodes to achieve maximum bandwidth utilization, under the energy consumption constraint of the user. The experiment result shows that the DP method compared the with other three traditional algorithms can get higher bandwidth by using less Energy cost and fewer numbers workers. Besides, we can effectively search for the last phase Table to save much time by using Computation Reusability.
boonzy00 / VarZero-dependency Zig library that automatically routes spatial queries (frustum culling, overlaps, etc.) to CPU or GPU based on query volume vs world volume ratio — no manual tuning required.
thcorre / Bgp Labs ContainerlabContainerlab topology files and Nokia SR-OS configurations for BGP labs based on Versatile Routing and Services with BGP Volume II
Lukuoris / Wave Reborn🎛️ Wave Reborn - audio mixer for Linux streamers and content creators. Control multiple independent audio channels with separate monitor (headphones) and stream (OBS) volume levels. Route any application to any channel with a beautiful web interface. An open-source alternative to Elgato Wave Link.
NiccoloGranieri / MusicDuckLittle cross-platform Max app that automatically ducks the music volume when auditing a second sound source. Depends on BlackHole (or similar audio routing applications).
Vinyl-Davyl / Coin PieperCrypto metrics environment, provides fundamental analysis of the crypto market. Listing trending & top coins. In addition to tracking price, volume and market capitalisation. On routing, coin-pieper also gives explicit info on select coin.
Rosvend / Medellin Metro LSTMThis project develops a long short-term memory-based (LTSM-based) deep learning model to predict short-term transit passenger volume on metro routes in Medelllín, Colombia.
techySPHINX / AegispayAegisPay is a production-grade payment orchestration SDK built with TypeScript and Node.js, designed for high-volume, mission-critical payment processing. It leverages advanced concurrency control, formal state machines, transactional outbox, event sourcing, and intelligent routing to ensure correctness, reliability, and scalability.
cepdnaclk / E14 3yp Smart Waste Disposal Monitoring SystemWaste management is one of the primary problem that the world faces irrespective of the case of developed or developing country. The key issue in the waste management is that the garbage bin at public places gets overflowed well in advance before the commencement of the next cleaning process. Sometime the garbage collector truck not sufficient for collecting all the garbage. These in turn leads to various hazards such as bad odor & ugliness to that place which may be the root cause for spread of various diseases. Another issue is in the waste management is having more trucks and human resources than needed. To avoid all such hazardous scenario and maintain public cleanliness and health this work is mounted on a smart garbage system. We are living in an age where tasks and systems are fusing together with the power of IOT to have a more efficient system of working and to execute jobs quickly! With all the power at our finger tips this is what we have come up with. The traditional way of manually monitoring the wastes in waste bins is a cumbersome process and utilizes more human effort, time and cost which can easily be avoided with our present technologies. The main theme of the work is to develop a smart intelligent garbage alert system for a proper garbage management. What our system does is it gives a real time indicator of the garbage level in a trashcan at any given time using weight and volume (solar) sensors. Using that data and as the bins are containing GSM module we can give an alert signal to the municipal web server then optimize waste collection efficient routes, sufficient number of trucks and labors. It allows trash collectors to plan their daily/weekly pick up schedule.
