Blades Of Exile Keygen For Mac
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Blades Of Exile Keygen For Mac Torrent
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I'm almost ready to release a 'beta' bugfix version of Blades of Exile for the Mac. There's one major problem, though – when opening it from the Finder, nothing happens. The icon may appear briefly in the Dock, but then it immediately closes. I managed to debug by outputting the error message to a file rather than stdout, and it seems that it's getting a nsvErr result code when attempting to open Blades of Exile Sounds. Yet it has no problem with Blades of Exile Graphics, and the code is essentially identical. (By the way, is it actually necessary to call InitCursors?). (As I've mentioned before, I'm suspicious that the working directory may not be the same under these two different launch scenarios.)Actually, based on where my log file appeared, I'm forced to conclude that the working directory is the root directory!
Yet, that doesn't explain why Sounds got the error and Graphics didn't. Still, the code to get the path to the application package's current directory does appear later in the function, so I'll move it around and try it. EDIT: And yay! It works now. Well, once I test it, I'll release it. I haven't yet written the code to read and write creaturesave, storeditems, or the conversation and encounter notes, so these will be lost with save and reload. I'll fix that soonish.
Also, I don't consider the save format completely finalized, partly because of its incompleteness and partly because I still haven't finished the refactoring. I want to replace all C-strings with STL-strings, replace many arrays with vectors, and possibly merge creaturedatatype with creaturestarttype.
Hopefully the release will be tonight or tomorrow. EDIT: Oh, if someone could post a Windows save file, or point me to where I can find one, that'd be helpful. Good question.
EDIT: Wait, I might have forgotten to call it. That could be a problem. EDIT2: Yes, it works now. It displays at the top left of the screen rather than centred, but that's a minor issue that can be fixed later (though it's probably quite simple to fix).
Now I'm getting EXCBADACCESS on fwrite. (EDIT3: Actually, on flockfile which is apparently called by fwrite) so, I think I'll just release the version which can't save. If I manage to fix it quickly I may replace that file with a new one. It can be found. Any bugs found may be reported either in this thread. It can't save at the moment, but that may change by tomorrow if I get it fixed by then.
It can however load old-format saves, and it should be able to load Windows saves as well as Mac ones (though I haven't tested this). If anyone has a PowerMac, could they test to see if loading works?
Preferably trying it with both a Windows and Mac save. Wasn't the idea to put the header inside the compression? I guess that would make the internal tar format invalid though. Even with the purely technical details aside, I don't see any way to reasonably include a header and make the file be both valid gzip format and tar format. Which in turns brings into question even bothering to try to mimic both formats at all. This may be something to think about.
With regard to writing a header at all: Can you not open the file with fopen, write your uncompressed data, then pass the file descriptor to gzdopen and continue by writing compressed data? Gta san andreas best cheats. What exactly goes wrong? With regard to writing a header at all: Can you not open the file with fopen, write your uncompressed data, then pass the file descriptor to gzdopen and continue by writing compressed data? What exactly goes wrong?
I tried that, but for some reason it didn't work. I also tried using gzflush, but that didn't work either; the header was compressed anyway.Actually, maybe it wasn't. It appears that it simply appears after a gzip header. Which is a problem; perhaps the solution is to avoid gzwrite.
Wasn't the idea to put the header inside the compression? I guess that would make the internal tar format invalid though. Even with the purely technical details aside, I don't see any way to reasonably include a header and make the file be both valid gzip format and tar format.
Which in turns brings into question even bothering to try to mimic both formats at all. This may be something to think about.The reason for the header not being compressed was so that the game could open the file and check the header to determine whether it is in the new or old format. Also so that, with the scenario format, the old version can give the 'Created with later version' message. As for the question of why bother to mimic the formats. I guess there's no good reason to mimic the tar format (I could just as easily create my own archive-like format that doesn't align to 512 bytes).
The purpose of the gzip format would be the compression, but I suppose I could compress the data without writing as a gzip format. That would mean I need to use either compress or deflate rather than gzwrite. By the way, is there any way to get the.stream libraries to read and write char variables as numbers rather than characters? Many of the values are stored as char or unsigned char, and I'd rather not have control characters appearing in the sub-files. Obviously I could cast to int on output, but what about input?
Must I read into an int and then convert? Or is there an easier way? Do you really need an uncompressed old style header for backwards semi-compatibility? Would it be sufficient to verify that the gzip or other compression header fails to match the header that old versions of the game expect sufficiently that those old versions will realize that they can't read it?
(Indeed, the headers do mismatch sufficiently, the gzip header's first two bytes, interpreted as a short, have a value of 8075, and it appears to me that the original BoE code rejects any save file whose first two bytes are not either 5790 or 1342.) With regard to your last point: I take it what you want to do is things like. Char num=50; someostream num; //wanting to get 50, not just 5 Obviously you are right about output, just cast to int. For input, the best I can come up with at the moment is read into an int, do bounds checking, and then store the result to the char variable.
Note that if you use the stream classes' formatted input capabilities you also really must check the fail bit after every read to make sure that you actually got input. Alternatively, you could turn on exception throwing for the stream, and just write code to handle exceptions. I've been meaning to get around to trying that, but haven't yet. Do you really need an uncompressed old style header for backwards semi-compatibility? Would it be sufficient to verify that the gzip or other compression header fails to match the header that old versions of the game expect sufficiently that those old versions will realize that they can't read it? (Indeed, the headers do mismatch sufficiently, the gzip header's first two bytes, interpreted as a short, have a value of 8075, and it appears to me that the original BoE code rejects any save file whose first two bytes are not either 5790 or 1342.)You're right, it doesn't actually matter much for the savefile format, because the original Blades of Exile did not include code to recognize that a save file was created with a later version of the game.
However, it does include code to recognize if a scenario was created with a later version of the editor. Therefore it is important to retain the original header so that if anyone tries to open the scenario with an older version they get a 'created with later version' error instead of a 'not a BoE scenario' error. I think I'll try building up the file in memory, and compress it using the compress function. Then I can write the whole thing to the file with fstream. Obviously you are right about output, just cast to int. For input, the best I can come up with at the moment is read into an int, do bounds checking, and then store the result to the char variable. Note that if you use the stream classes' formatted input capabilities you also really must check the fail bit after every read to make sure that you actually got input.
Alternatively, you could turn on exception throwing for the stream, and just write code to handle exceptions. I've been meaning to get around to trying that, but haven't yet. I'm not doing any error-checking at all on input at the moment, but that's on my to-do list. I wonder if i should implement this backward cross-platform compitibility too.It's not necessary, but it could be nice. You would have to swap the macflags and winflags arrays from my code, and you would only need the branches that execute if macisintel is set to true (hence you don't even need the variable). You'd change the name of the existing flags array to winflags, and make macflags the array of the byte-swaps of the elements of winflags.
If the first flag is 0x0B0E, it's new format; if it's winflags00 or winflags01, you have an old windows save; and if it's macflags00 or macflags01, it's a mac save. Then you'd just need to do the porting process iff the save is a Mac save (you can take my port. functions and my fliplong function from porting.cpp if you like). Then it compares the first flag to check if it's a valid save. Since Windows uses the same flags as Mac, this check should succeed in two cases: the file is a Mac file, but the processor is PPC; or, the file is a Windows file, and the processor is Intel.
The latter is the case here, so it enters the if statement and then checks to see if the processor is Intel (it is). And then it sets the format to oldwin. I'm a little confused here. Since the flags are the same on the Windows and Mac, how is the code supposed to recognized them? (the processor being Intel is not a valid check: an old format Mac game would be flagged as Win old format as soon as the processor is Intel.) And aren't winflags and macflags the same thing? I must miss something.
Chokboyz P.S: i will also need Mac saves for testing if I decide to implement this. The macflags array in my code is the original flags array. The winflags array is essentially the same, except every element is byte-swapped. The key difference between the Mac saves and the Windows saves is the endianness. The Mac saves were created by a big-endian program, hence if the same file is read on a (little-endian) Windows computer the relevant portions will need to be byte-swapped for it to make any sense. The same is true if the Mac save is read on an Intel Mac.
Therefore, if we're in little-endian (either Windows or Intel Mac) then the presence of the original flags indicates a Windows save. If we discover the flags are in fact byte-swapped, then it's a Mac save.
You don't need to worry about the possibility that your code may be run in a big-endian environment (I don't think.); therefore your code would not need to consider as many cases as mine does. Hence, if you find the normal flags, it's a Windows save. If they're byte-swapped, it's a Mac save.
Now, for some obscure reason, sentry::sentry called by operator. What stream is this? Also, are you sure that the stream in good condition before you tried to write the string, i.e., did you check the fail bit and the bad bit? With regard to the endianness: It seems like the issue is muddled because system endianness is conflated with operating system. Why not have the code always store and read data in a single endianness, and only swap if it knows that it's on hardware of the opposite endianness? Since a binary of the software will only actually be compiled to run on hardware of a single endianness, you could include endianness swaps conditionally at compile-time based on target architecture (this isn't too hard), or you could do it the quick-and dirty way, making the swaps be conditional on a runtime check of the current endianness.
In short, I think it's much better to write code that will compile to run on any reasonable hardware, rather than inserting artificial differences into the Macintosh and Windows code. Yes, only the Mac OS code is likely to ever run on a big-endian system, but you never know, and doing it the other way is easier in the short term anyway. Since a binary of the software will only actually be compiled to run on hardware of a single endianness, you could include endianness swaps conditionally at compile-time based on target architecture (this isn't too hard), or you could do it the quick-and dirty way, making the swaps be conditional on a runtime check of the current endianness.Well, it's actually a universal binary now, but it seems to compile every file twice, so I guess you're right. I'm doing a runtime check for architecture at the moment, using Gestalt. In short, I think it's much better to write code that will compile to run on any reasonable hardware, rather than inserting artificial differences into the Macintosh and Windows code. Yes, only the Mac OS code is likely to ever run on a big-endian system, but you never know, and doing it the other way is easier in the short term anyway. Okay, so I should probably replace that Gestalt architecture test with an endian test.
There's a simple way to do it with a union, I believe.but first I would like to get this saving to work properly! The runtime endianness check is perfectly good, it's not like this is really critical for performance. (You're right about the Universal binary basically compiling files twice, so if you use a compile-time check, it would just do the check in both, with different results in each, I think.) Indeed, given that the way you describe it as being handled sounds like exactly the way I would want it done, so I don't see where there's even a problem, unless it's that the Windows code is hard-coded to a single endianness. Anyway, let's try to tackle you crash. As I have personally never succeeded in triggering a crash within the iostream code itself, I must admit to being rather baffled. Could you post the relevant code? I cannot, however, find anything wrong with this code.
I even put together a mockup program, which ran fine without crashing: Are you sure the crash is where you think it is?I couldn't find anything wrong either. I debugged, and it crashed when stepping over the sout.