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gitk pops up Error: couldn't execute "git": filename too long #1987
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Started after upgrade from 2.20.0 to 2.20.1 |
Sorry, cannot reproduce. I would need at least an MCVE to make sense of this report. |
Sorry I cannot share the repository. I've downgraded and the problem is gone. |
There are many more ways that you can work on providing an MCVE than to share the original repository.
In case you become interested in seeing this issue fixed (future Git versions will most likely suffer the same bug as v2.20.1 for you, after all), we can easily reopen once you provide an MCVE. |
I noticed some missing info I was fairly certain I had added to the bug report, so I just reupgraded to repro once more and now it's not repro anymore on my system as well... let's just consider it a glitch for now, and if it returns it'll have to be examined in more depth. |
Hi @shimpe, The updates to the original message aren’t emailed out to the supporters, so it is worth quoting the text in a separate comment. While the repo may be private, if you think that 'long' file name' may be the issue, at least quote those parts you can, and do a character replacement, say [a-z] -> 'x', [A-Z] -> 'Y', [0-9] -> '3', which should make the path secret enough but still inform us of the true length and the sorts of characters included in the path (are there non-ASCII chars?), and directory depth. |
@PhilipOakley That's a possibility, but for now it's no longer repro on my system either. |
I found back the extra info I was looking for: couldn't execute "git": file name too long |
I have the same issue. Removing of |
Thanks for confirming. If it arises again, just start a new issue and cross reference this one. |
This happens whe there are many references Steps to reproduce:
|
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes git-for-windows#1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes git-for-windows/git#1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes git-for-windows#1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes git-for-windows#1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]> Signed-off-by: Junio C Hamano <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes git-for-windows#1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
To avoid running into command line limitations, some of Git's commands support the `--stdin` option. Let's use exactly this option in the three rev-list/log invocations in gitk that would otherwise possibly run the danger of trying to invoke a too-long command line. While it is easy to redirect either stdin or stdout in Tcl/Tk scripts, what we need here is both. We need to capture the output, yet we also need to pipe in the revs/files arguments via stdin (because stdin does not have any limit, unlike the command line). To help this, we use the neat Tcl feature where you can capture stdout and at the same time feed a fixed string as stdin to the spawned process. One non-obvious aspect about this change is that the `--stdin` option allows to specify revs, the double-dash, and files, but *no* other options such as `--not`. This is addressed by prefixing the "negative" revs with `^` explicitly rather than relying on the `--not` option (thanks for coming up with that idea, Max!). This fixes #1987 Analysis-and-initial-patch-by: Max Kirillov <[email protected]> Signed-off-by: Johannes Schindelin <[email protected]>
Setup
defaults?
to the issue you're seeing?
No
Details
Bash
Minimal, Complete, and Verifiable example
this will help us understand the issue.
I expected to see a history of commits
Error message appears: "Error: couldn't execute "git": filename too long"
URL to that repository to help us with testing?
private repo
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