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running FreeBSD CURRENT and FreeBSD 15-STABLE on several machines, I face some issues with theIt seems very likely that on your system(s), "make" actually invokes GNU make, not BSD make. What is the output of "which make" on your system?
traditional way of compiling ports and the more resource-eating way with poudriere.
Some ports when compiled via "cd /usr/ports/PORT; make all" do fail with an obscur error
reporting
: invalid option -- D
On 24 Sep 2025, at 13:46, A FreeBSD User <freebsd@walstatt-de.de> wrote:ce some issues with
running FreeBSD CURRENT and FreeBSD 15-STABLE on several machines, I fa=
with poudriere.the traditional way of compiling ports and the more resource-eating way=
h an obscur error=20
Some ports when compiled via "cd /usr/ports/PORT; make all" do fail wit=
make, not BSD make.reporting=20
=20
: invalid option -- D =20
It seems very likely that on your system(s), "make" actually invokes GNU =
What is the output of "which make" on your system?ohartmann@thor [xtensa-esp-elf]: which make
=20
-Dimitry
=20
=20
Hello,
running FreeBSD CURRENT and FreeBSD 15-STABLE on several machines, I
face some issues with the traditional way of compiling ports and the
more resource-eating way with poudriere.
Some ports when compiled via "cd /usr/ports/PORT; make all" do fail
with an obscur error reporting
: invalid option -- D
followed by a bunch of gmake options (for instance see PR 277961, x11-wm/libwraster which is still open). Those ports fail in an
"unclean natural" environment while compiling in the artificial
sterile poudriere environment. In almost all cases the problem is due
to "overlapping" environments, targeted by the introduction of SETENVI
- see /usr/ports/CHANGES, tag 20240229:.
I try to compile a well maintainded ESP32 toolchain (https://github.com/trombik/xtensa-esp32-elf, here:
devel/riscv32-esp-elf and/or devel/xtensa-esp-elf).
The non-official port compiles flawless within recent FreeBSD CURRENT
and 15-STABLE with poudriere-devel.
It fails on all boxes running CURRENT and 15-STABLE using "make all":
It fails in those portions of the make process while "do build" uses ${SETENV} instead of ${SETENVI} [${WRK_ENV}]. After fixing that I'm
stuck in the last step of do-build:
I do not want to go into too much details here since I want to point
out that the real world "make all" differs in a significant way from
the artificial sterile way of doing poudriere (which is to much efford
on development/experimental platforms where we change options very
often).
I'd like to understand the underlying behaviour to fix the
misbehaviour in "make all" - this seems to be very hard and I fear
that I miss something, some knowledge about the PORTS framework, the
role of the environment and so on. I almost changed EVERY posiible permutation of the line (see Makefile of xtensa-esp-elf):
[...]
do-build:
ORIG:
cd ${BUILD_WRKSRC} && ${SETENV} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng build VARIANT1:
cd ${BUILD_WRKSRC} && ${SETENVI} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng build VARIANT2:
cd ${BUILD_WRKSRC} && ${SETENVI} ${WRK_ENV} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng build
The great magic here seems to be one needs to understand the
difference between poudriere's enviroenment and the environment of my
account on several boxes. My (blunt and stupid) approach is to replace
on a bail out the first occurence of "${SETENV}" with "${SETENVI}
${WRK_ENV}" as suggested in the above mentioned reference in CHANGES.
On Wed, 24 Sep 2025 13:46:07 +0200 A FreeBSD User wrote:ild
Hello,
=20
running FreeBSD CURRENT and FreeBSD 15-STABLE on several machines, I
face some issues with the traditional way of compiling ports and the
more resource-eating way with poudriere.
=20
Some ports when compiled via "cd /usr/ports/PORT; make all" do fail
with an obscur error reporting
=20
: invalid option -- D
=20
followed by a bunch of gmake options (for instance see PR 277961, x11-wm/libwraster which is still open). Those ports fail in an
"unclean natural" environment while compiling in the artificial
sterile poudriere environment. In almost all cases the problem is due
to "overlapping" environments, targeted by the introduction of SETENVI
- see /usr/ports/CHANGES, tag 20240229:.
=20
I try to compile a well maintainded ESP32 toolchain (https://github.com/trombik/xtensa-esp32-elf, here:
devel/riscv32-esp-elf and/or devel/xtensa-esp-elf).
=20
The non-official port compiles flawless within recent FreeBSD CURRENT
and 15-STABLE with poudriere-devel.=20
=20
It fails on all boxes running CURRENT and 15-STABLE using "make all":
It fails in those portions of the make process while "do build" uses ${SETENV} instead of ${SETENVI} [${WRK_ENV}]. After fixing that I'm
stuck in the last step of do-build:
=20
I do not want to go into too much details here since I want to point
out that the real world "make all" differs in a significant way from
the artificial sterile way of doing poudriere (which is to much efford
on development/experimental platforms where we change options very
often).
I'd like to understand the underlying behaviour to fix the
misbehaviour in "make all" - this seems to be very hard and I fear
that I miss something, some knowledge about the PORTS framework, the
role of the environment and so on. I almost changed EVERY posiible permutation of the line (see Makefile of xtensa-esp-elf):
=20
[...]
=20
do-build:
ORIG:
cd ${BUILD_WRKSRC} && ${SETENV} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng bu=
/ct-ng buildVARIANT1:
cd ${BUILD_WRKSRC} && ${SETENVI} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng build VARIANT2:
cd ${BUILD_WRKSRC} && ${SETENVI} ${WRK_ENV} ${MAKE_ENV} ${BUILD_ENV} .=
=20=20
=20
The great magic here seems to be one needs to understand the
difference between poudriere's enviroenment and the environment of my account on several boxes. My (blunt and stupid) approach is to replace
on a bail out the first occurence of "${SETENV}" with "${SETENVI} ${WRK_ENV}" as suggested in the above mentioned reference in CHANGES. =
=20
Is your ports tree up to date because this appears to have been fixed in https://cgit.freebsd.org/ports/commit/?id=3Db8bbb207f55db
=20
Am Tage des Herren Wed, 24 Sep 2025 19:17:23 +0200
T-|l Coosemans <tijl@FreeBSD.org> schrieb:
On Wed, 24 Sep 2025 13:46:07 +0200 A FreeBSD User wrote:
Hello,
. . .
I do not want to go into too much details here since I want to point
out that the real world "make all" differs in a significant way from
the artificial sterile way of doing poudriere (which is to much efford
on development/experimental platforms where we change options very often).
I'd like to understand the underlying behaviour to fix the
misbehaviour in "make all" - this seems to be very hard and I fear
that I miss something, some knowledge about the PORTS framework, the
role of the environment and so on. I almost changed EVERY posiible permutation of the line (see Makefile of xtensa-esp-elf):
. . .
. . .
. . . As mentioned, poudriere does the job in its obscure ways. . . .[I'm not trying to reference any build-time-frame
Am Tage des Herren Wed, 24 Sep 2025 19:17:23 +0200You'll have to make all the same changes to the overlay that
T-|l Coosemans <tijl@FreeBSD.org> schrieb:
On Wed, 24 Sep 2025 13:46:07 +0200 A FreeBSD User wrote:
Hello,
running FreeBSD CURRENT and FreeBSD 15-STABLE on several machines, I
face some issues with the traditional way of compiling ports and the
more resource-eating way with poudriere.
Some ports when compiled via "cd /usr/ports/PORT; make all" do fail
with an obscur error reporting
: invalid option -- D
followed by a bunch of gmake options (for instance see PR 277961,
x11-wm/libwraster which is still open). Those ports fail in an
"unclean natural" environment while compiling in the artificial
sterile poudriere environment. In almost all cases the problem is due
to "overlapping" environments, targeted by the introduction of
SETENVI - see /usr/ports/CHANGES, tag 20240229:.
I try to compile a well maintainded ESP32 toolchain
(https://github.com/trombik/xtensa-esp32-elf, here:
devel/riscv32-esp-elf and/or devel/xtensa-esp-elf).
The non-official port compiles flawless within recent FreeBSD CURRENT
and 15-STABLE with poudriere-devel.
It fails on all boxes running CURRENT and 15-STABLE using "make
all": It fails in those portions of the make process while "do
build" uses ${SETENV} instead of ${SETENVI} [${WRK_ENV}]. After
fixing that I'm stuck in the last step of do-build:
I do not want to go into too much details here since I want to point
out that the real world "make all" differs in a significant way from
the artificial sterile way of doing poudriere (which is to much
efford on development/experimental platforms where we change options
very often).
I'd like to understand the underlying behaviour to fix the
misbehaviour in "make all" - this seems to be very hard and I fear
that I miss something, some knowledge about the PORTS framework, the
role of the environment and so on. I almost changed EVERY posiible
permutation of the line (see Makefile of xtensa-esp-elf):
[...]
do-build:
ORIG:
cd ${BUILD_WRKSRC} && ${SETENV} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng
build VARIANT1:
cd ${BUILD_WRKSRC} && ${SETENVI} ${MAKE_ENV} ${BUILD_ENV}
./ct-ng build VARIANT2:
cd ${BUILD_WRKSRC} && ${SETENVI} ${WRK_ENV} ${MAKE_ENV}
${BUILD_ENV} ./ct-ng build
The great magic here seems to be one needs to understand the
difference between poudriere's enviroenment and the environment of my
account on several boxes. My (blunt and stupid) approach is to
replace on a bail out the first occurence of "${SETENV}" with
"${SETENVI} ${WRK_ENV}" as suggested in the above mentioned
reference in CHANGES.
Is your ports tree up to date because this appears to have been fixed
in https://cgit.freebsd.org/ports/commit/?id=b8bbb207f55db
Sorry for late responding.
I made it a habit to keep almost everything on a daily basis up to
date and before compiling a port or something related to the OS I do a
pull (git).
The port deve/xtensa-esp-elf is the official port in the ports tree.
The port does not cover ESP32 RISCV32 based and doesn't cover latest
ESP-IDF 5.5.
I try to compile https://github.com/trombik/xtensa-esp32-elf which does compile fine as long as it is compiled in poudriere (also up to date
with up to date trees and an overlay covering the additional port). As mentioned, poudriere does the job in its obscure ways. Replacing the
port devel/xtensa-esp-elf with the port by this Japanese developer
mentioned above in the tree an running either portmaster or make all
does fail as I described above. I refered to some ports and PRs with
similar issues - and in most cases with those ports, the introduction
of SETENVI solves the problem. But not with the reluctant port from
github. When patching the portions of the Makefile responsible for
building, I'm able to get rid of the " : invalid option -- D" issue -
of which the cukprit mutually has been identified but then I run in
seroius trouble at the Makefile's section "do-build": the process
then complains about missing source file archive (picolibc-esp) -
which is definitely present and which is not complained about by the poudriere build process. At this point I'm pretty confident that
poudriere and the traditional way are different, q.e.d.
I'd like to understand to fix the problem, otherwise I'm drifting
around like a dead man in the water hoping others fix the problem by accident. That is not an option. I'd like to understand why poudriere
builds the unaltered port without any flaws and the make/portmaster
does not.
Kind regards and thanks,
Oliver
On Thu, 25 Sep 2025 20:10:45 +0200 A FreeBSD User wrote:
Am Tage des Herren Wed, 24 Sep 2025 19:17:23 +0200=20
T=C4=B3l Coosemans <tijl@FreeBSD.org> schrieb: =20
On Wed, 24 Sep 2025 13:46:07 +0200 A FreeBSD User wrote: =20=20
Hello,=20
=20
running FreeBSD CURRENT and FreeBSD 15-STABLE on several machines, I
face some issues with the traditional way of compiling ports and the
more resource-eating way with poudriere.
=20
Some ports when compiled via "cd /usr/ports/PORT; make all" do fail
with an obscur error reporting
=20
: invalid option -- D
=20
followed by a bunch of gmake options (for instance see PR 277961,
x11-wm/libwraster which is still open). Those ports fail in an
"unclean natural" environment while compiling in the artificial
sterile poudriere environment. In almost all cases the problem is due
to "overlapping" environments, targeted by the introduction of
SETENVI - see /usr/ports/CHANGES, tag 20240229:.
=20
I try to compile a well maintainded ESP32 toolchain
(https://github.com/trombik/xtensa-esp32-elf, here:
devel/riscv32-esp-elf and/or devel/xtensa-esp-elf).
=20
The non-official port compiles flawless within recent FreeBSD CURRENT
and 15-STABLE with poudriere-devel.=20
=20
It fails on all boxes running CURRENT and 15-STABLE using "make
all": It fails in those portions of the make process while "do
build" uses ${SETENV} instead of ${SETENVI} [${WRK_ENV}]. After
fixing that I'm stuck in the last step of do-build:
=20
I do not want to go into too much details here since I want to point
out that the real world "make all" differs in a significant way from
the artificial sterile way of doing poudriere (which is to much
efford on development/experimental platforms where we change options
very often).
I'd like to understand the underlying behaviour to fix the
misbehaviour in "make all" - this seems to be very hard and I fear
that I miss something, some knowledge about the PORTS framework, the
role of the environment and so on. I almost changed EVERY posiible
permutation of the line (see Makefile of xtensa-esp-elf):
=20
[...]
=20
do-build:
ORIG:
cd ${BUILD_WRKSRC} && ${SETENV} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng
build VARIANT1:
cd ${BUILD_WRKSRC} && ${SETENVI} ${MAKE_ENV} ${BUILD_ENV}
./ct-ng build VARIANT2:
cd ${BUILD_WRKSRC} && ${SETENVI} ${WRK_ENV} ${MAKE_ENV}
${BUILD_ENV} ./ct-ng build
=20
=20
The great magic here seems to be one needs to understand the
difference between poudriere's enviroenment and the environment of my
account on several boxes. My (blunt and stupid) approach is to
replace on a bail out the first occurence of "${SETENV}" with
"${SETENVI} ${WRK_ENV}" as suggested in the above mentioned
reference in CHANGES. =20
Is your ports tree up to date because this appears to have been fixed
in https://cgit.freebsd.org/ports/commit/?id=3Db8bbb207f55db =20
Sorry for late responding.
I made it a habit to keep almost everything on a daily basis up to
date and before compiling a port or something related to the OS I do a
pull (git).
=20
The port deve/xtensa-esp-elf is the official port in the ports tree.
The port does not cover ESP32 RISCV32 based and doesn't cover latest ESP-IDF 5.5.
=20
I try to compile https://github.com/trombik/xtensa-esp32-elf which does compile fine as long as it is compiled in poudriere (also up to date
with up to date trees and an overlay covering the additional port). As mentioned, poudriere does the job in its obscure ways. Replacing the
port devel/xtensa-esp-elf with the port by this Japanese developer mentioned above in the tree an running either portmaster or make all
does fail as I described above. I refered to some ports and PRs with similar issues - and in most cases with those ports, the introduction
of SETENVI solves the problem. But not with the reluctant port from
github. When patching the portions of the Makefile responsible for building, I'm able to get rid of the " : invalid option -- D" issue -
of which the cukprit mutually has been identified but then I run in
seroius trouble at the Makefile's section "do-build": the process
then complains about missing source file archive (picolibc-esp) -
which is definitely present and which is not complained about by the poudriere build process. At this point I'm pretty confident that
poudriere and the traditional way are different, q.e.d.
=20
I'd like to understand to fix the problem, otherwise I'm drifting
around like a dead man in the water hoping others fix the problem by accident. That is not an option. I'd like to understand why poudriere builds the unaltered port without any flaws and the make/portmaster
does not.=20
=20
Kind regards and thanks,
Oliver =20
You'll have to make all the same changes to the overlay that
b8bbb207f55db made: add WRK_ENV and replace all SETENV with SETENVI.
=20
If you want to figure out why make is different from poudriere you'll
have to find out where that -D flag is coming from. Check
/etc/make.conf, check if your /usr/ports/Mk is different from FreeBSD
git, check environment variables ("env | grep MAKE"), run "whereis make"
to see that make is /usr/bin/make, check that /usr/bin/make is actually
make and not some wrapper script or something,...
=20
Am Tage des Herren Fri, 26 Sep 2025 17:56:08 +0200Are you going to publish a patch that updates the
T-|l Coosemans <tijl@FreeBSD.org> schrieb:
On Thu, 25 Sep 2025 20:10:45 +0200 A FreeBSD User wrote:
Am Tage des Herren Wed, 24 Sep 2025 19:17:23 +0200
T-|l Coosemans <tijl@FreeBSD.org> schrieb:
On Wed, 24 Sep 2025 13:46:07 +0200 A FreeBSD User wrote:
. . .
. . .
Sorry for late responding.
I made it a habit to keep almost everything on a daily basis up to
date and before compiling a port or something related to the OS I do a pull (git).
The port deve/xtensa-esp-elf is the official port in the ports tree.
The port does not cover ESP32 RISCV32 based and doesn't cover latest ESP-IDF 5.5.
Replacing theI try to compile https://github.com/trombik/xtensa-esp32-elf . . .
. . .
port devel/xtensa-esp-elf with the port by this Japanese developer mentioned above in the tree an running either portmaster or make all
does fail . . .
. . . When patching the portions of the Makefile responsible for building, I'm able to get rid of the " : invalid option -- D" issue
-[poudriere here is non-essential and not part of
of which the cukprit mutually has been identified but then I run in seroius trouble at the Makefile's section "do-build": the process
then complains about missing source file archive (picolibc-esp) -
which is definitely present and which is not complained about by the poudriere build process. . . .
I'd like to understand to fix the problem, otherwise I'm drifting
around like a dead man in the water hoping others fix the problem by accident. That is not an option. I'd like to understand why poudriere builds the unaltered port without any flaws
and the make/portmasterAgain, can you provide a patch that others might
does not.
Kind regards and thanks,
Oliver
You'll have to make all the same changes to the overlay that
b8bbb207f55db made: add WRK_ENV and replace all SETENV with SETENVI.
I do, I did, of course.
The overlay used in poudriere doesn't have any issue.Again, can you provide a patch that others might
The issue arise using portmaster, then this spooky mixing up of make/gmake occurs and can be
resolved by addapting ${SETENVI} at places where ${SETENVI} is residing, sometimes adding
${WRK_ENV} additionaly.
The overlay used in poudriere doesn't have any is
In most cases the issue occurs in "build" or "do-build" (of the make framework).
In the reported case this is complete gone wild, even "make all" starts getting rogue,
I focussed too much on the "do-build" or "build" part of the Makefile, maybe also the
"do-configure" and "configure" parts are highly sensitive to this SETENV/SETENVI issue. There
fore, one has too understand the software the FreeBSD's port system is targetting for - and I
do not ...
And, for a reminder, I'm confused by this port (not officially in the ports tree):
https://github.com/trombik/xtensa-esp32-elf
and from there
devel/xtensa-esp-elf
devel/riscv32-esp-elf
both toolchains targetting all available ESP-IDF (5.3, 54 and 5.5 as of today). adapting and
building with poudriere - no problem. Having a "polluted" ports tree with this specific port,
even "portmaster" AND "make all" fail
. . .
Am Tage des Herren Fri, 26 Sep 2025 17:56:08 +0200Add the following line to do-build and comment out the other lines:
T-|l Coosemans <tijl@FreeBSD.org> schrieb:
On Thu, 25 Sep 2025 20:10:45 +0200 A FreeBSD User wrote:
Am Tage des Herren Wed, 24 Sep 2025 19:17:23 +0200
T-|l Coosemans <tijl@FreeBSD.org> schrieb:
On Wed, 24 Sep 2025 13:46:07 +0200 A FreeBSD User wrote:
Hello,
running FreeBSD CURRENT and FreeBSD 15-STABLE on several machines, I >>>>> face some issues with the traditional way of compiling ports and the >>>>> more resource-eating way with poudriere.
Some ports when compiled via "cd /usr/ports/PORT; make all" do fail
with an obscur error reporting
: invalid option -- D
followed by a bunch of gmake options (for instance see PR 277961,
x11-wm/libwraster which is still open). Those ports fail in an
"unclean natural" environment while compiling in the artificial
sterile poudriere environment. In almost all cases the problem is due >>>>> to "overlapping" environments, targeted by the introduction of
SETENVI - see /usr/ports/CHANGES, tag 20240229:.
I try to compile a well maintainded ESP32 toolchain
(https://github.com/trombik/xtensa-esp32-elf, here:
devel/riscv32-esp-elf and/or devel/xtensa-esp-elf).
The non-official port compiles flawless within recent FreeBSD CURRENT >>>>> and 15-STABLE with poudriere-devel.
It fails on all boxes running CURRENT and 15-STABLE using "make
all": It fails in those portions of the make process while "do
build" uses ${SETENV} instead of ${SETENVI} [${WRK_ENV}]. After
fixing that I'm stuck in the last step of do-build:
I do not want to go into too much details here since I want to point >>>>> out that the real world "make all" differs in a significant way from >>>>> the artificial sterile way of doing poudriere (which is to much
efford on development/experimental platforms where we change options >>>>> very often).
I'd like to understand the underlying behaviour to fix the
misbehaviour in "make all" - this seems to be very hard and I fear
that I miss something, some knowledge about the PORTS framework, the >>>>> role of the environment and so on. I almost changed EVERY posiible
permutation of the line (see Makefile of xtensa-esp-elf):
[...]
do-build:
ORIG:
cd ${BUILD_WRKSRC} && ${SETENV} ${MAKE_ENV} ${BUILD_ENV} ./ct-ng >>>>> build VARIANT1:
cd ${BUILD_WRKSRC} && ${SETENVI} ${MAKE_ENV} ${BUILD_ENV}
./ct-ng build VARIANT2:
cd ${BUILD_WRKSRC} && ${SETENVI} ${WRK_ENV} ${MAKE_ENV}
${BUILD_ENV} ./ct-ng build
The great magic here seems to be one needs to understand the
difference between poudriere's enviroenment and the environment of my >>>>> account on several boxes. My (blunt and stupid) approach is to
replace on a bail out the first occurence of "${SETENV}" with
"${SETENVI} ${WRK_ENV}" as suggested in the above mentioned
reference in CHANGES.
Is your ports tree up to date because this appears to have been fixed
in https://cgit.freebsd.org/ports/commit/?id=b8bbb207f55db
Sorry for late responding.
I made it a habit to keep almost everything on a daily basis up to
date and before compiling a port or something related to the OS I do a
pull (git).
The port deve/xtensa-esp-elf is the official port in the ports tree.
The port does not cover ESP32 RISCV32 based and doesn't cover latest
ESP-IDF 5.5.
I try to compile https://github.com/trombik/xtensa-esp32-elf which does >>> compile fine as long as it is compiled in poudriere (also up to date
with up to date trees and an overlay covering the additional port). As
mentioned, poudriere does the job in its obscure ways. Replacing the
port devel/xtensa-esp-elf with the port by this Japanese developer
mentioned above in the tree an running either portmaster or make all
does fail as I described above. I refered to some ports and PRs with
similar issues - and in most cases with those ports, the introduction
of SETENVI solves the problem. But not with the reluctant port from
github. When patching the portions of the Makefile responsible for
building, I'm able to get rid of the " : invalid option -- D" issue -
of which the cukprit mutually has been identified but then I run in
seroius trouble at the Makefile's section "do-build": the process
then complains about missing source file archive (picolibc-esp) -
which is definitely present and which is not complained about by the
poudriere build process. At this point I'm pretty confident that
poudriere and the traditional way are different, q.e.d.
I'd like to understand to fix the problem, otherwise I'm drifting
around like a dead man in the water hoping others fix the problem by
accident. That is not an option. I'd like to understand why poudriere
builds the unaltered port without any flaws and the make/portmaster
does not.
Kind regards and thanks,
Oliver
You'll have to make all the same changes to the overlay that
b8bbb207f55db made: add WRK_ENV and replace all SETENV with SETENVI.
I do, I did, of course.
The overlay used in poudriere doesn't have any issue.
The issue arise using portmaster, then this spooky mixing up of make/gmake occurs and can be
resolved by addapting ${SETENVI} at places where ${SETENVI} is residing, sometimes adding
${WRK_ENV} additionaly.
In most cases the issue occurs in "build" or "do-build" (of the make framework).
In the reported case this is complete gone wild, even "make all" starts getting rogue,
I focussed too much on the "do-build" or "build" part of the Makefile, maybe also the
"do-configure" and "configure" parts are highly sensitive to this SETENV/SETENVI issue. There
fore, one has too understand the software the FreeBSD's port system is targetting for - and I
do not ...
And, for a reminder, I'm confused by this port (not officially in the ports tree):
https://github.com/trombik/xtensa-esp32-elf
and from there
devel/xtensa-esp-elf
devel/riscv32-esp-elf
both toolchains targetting all available ESP-IDF (5.3, 54 and 5.5 as of today). adapting and
building with poudriere - no problem. Having a "polluted" ports tree with this specific port,
even "portmaster" AND "make all" fail