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[*] Emulating binary name: gpiolib-bitfiddle
[*] Emulator used: qemu-mipsel-static
[*] Using root directory: /logs/s115_usermode_emulator/firmware/unblob_extracted/firmware_extract/4325012-58052244.squashfs_v4_le_extract (1/2)
[*] Using CPU config:
[*] Emulating binary: /usr/bin/gpiolib-bitfiddle
[*] Change permissions +x to /logs/s115_usermode_emulator/firmware/unblob_extracted/firmware_extract/4325012-58052244.squashfs_v4_le_extract/./usr/bin/gpiolib-bitfiddle.
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter NONE
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter -v
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter -V
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter -h
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter -help
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter --help
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter --version
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
[*] Emulating binary ./usr/bin/gpiolib-bitfiddle with parameter version
qemu: uncaught target signal 4 (Illegal instruction) - core dumped
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[*] Emulating binary name: gpiolib-bitfiddle
[*] Emulator used: qemu-mipsel-static
[*] Using root directory: /logs/s115_usermode_emulator/firmware/unblob_extracted/firmware_extract/4325012-58052244.squashfs_v4_le_extract/usr (2/2)
[*] Using CPU config: 24KEc
[*] Emulating binary: /bin/gpiolib-bitfiddle
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter NONE and cpu configuration 24KEc
Command parse error NONE
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter -v and cpu configuration 24KEc
./bin/gpiolib-bitfiddle: invalid option -- 'v'
Option error!!!
Usage of ./bin/gpiolib-bitfiddle
Reading data on pins:
./bin/gpiolib-bitfiddle -a <pin-number>
or backwards compatible:
./bin/gpiolib-bitfiddle -p <port name> -b <pin-number>
Where pin-number is a number from 0 to max number of GPIOs.
Port name is a, b, c, d or v.
Writing data to pins:
./bin/gpiolib-bitfiddle -a <pin-number> -s <state>
It is also possible to read the out-value by using the -o option
./bin/gpiolib-bitfiddle <pin-number>=<state> [sleep=<seconds>] [usleep=<icrosec>]
Multiple assigments are supported and will be performed in a sequential order.
Delays can be introduced by inserting the wait=, sleep= and usleep=
assigments between pin assignments. Backwards compatible format is:
./bin/gpiolib-bitfiddle <portname><pin-number>=<state>
Example:
./bin/gpiolib-bitfiddle 13=1 sleep=1 13=0
Set pin 13 (pa0) to 1 with a second delay before setting it to 0.
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter -V and cpu configuration 24KEc
./bin/gpiolib-bitfiddle: invalid option -- 'V'
Option error!!!
Usage of ./bin/gpiolib-bitfiddle
Reading data on pins:
./bin/gpiolib-bitfiddle -a <pin-number>
or backwards compatible:
./bin/gpiolib-bitfiddle -p <port name> -b <pin-number>
Where pin-number is a number from 0 to max number of GPIOs.
Port name is a, b, c, d or v.
Writing data to pins:
./bin/gpiolib-bitfiddle -a <pin-number> -s <state>
It is also possible to read the out-value by using the -o option
./bin/gpiolib-bitfiddle <pin-number>=<state> [sleep=<seconds>] [usleep=<icrosec>]
Multiple assigments are supported and will be performed in a sequential order.
Delays can be introduced by inserting the wait=, sleep= and usleep=
assigments between pin assignments. Backwards compatible format is:
./bin/gpiolib-bitfiddle <portname><pin-number>=<state>
Example:
./bin/gpiolib-bitfiddle 13=1 sleep=1 13=0
Set pin 13 (pa0) to 1 with a second delay before setting it to 0.
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter -h and cpu configuration 24KEc
Usage of ./bin/gpiolib-bitfiddle
Reading data on pins:
./bin/gpiolib-bitfiddle -a <pin-number>
or backwards compatible:
./bin/gpiolib-bitfiddle -p <port name> -b <pin-number>
Where pin-number is a number from 0 to max number of GPIOs.
Port name is a, b, c, d or v.
Writing data to pins:
./bin/gpiolib-bitfiddle -a <pin-number> -s <state>
It is also possible to read the out-value by using the -o option
./bin/gpiolib-bitfiddle <pin-number>=<state> [sleep=<seconds>] [usleep=<icrosec>]
Multiple assigments are supported and will be performed in a sequential order.
Delays can be introduced by inserting the wait=, sleep= and usleep=
assigments between pin assignments. Backwards compatible format is:
./bin/gpiolib-bitfiddle <portname><pin-number>=<state>
Example:
./bin/gpiolib-bitfiddle 13=1 sleep=1 13=0
Set pin 13 (pa0) to 1 with a second delay before setting it to 0.
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter -help and cpu configuration 24KEc
Usage of ./bin/gpiolib-bitfiddle
Reading data on pins:
./bin/gpiolib-bitfiddle -a <pin-number>
or backwards compatible:
./bin/gpiolib-bitfiddle -p <port name> -b <pin-number>
Where pin-number is a number from 0 to max number of GPIOs.
Port name is a, b, c, d or v.
Writing data to pins:
./bin/gpiolib-bitfiddle -a <pin-number> -s <state>
It is also possible to read the out-value by using the -o option
./bin/gpiolib-bitfiddle <pin-number>=<state> [sleep=<seconds>] [usleep=<icrosec>]
Multiple assigments are supported and will be performed in a sequential order.
Delays can be introduced by inserting the wait=, sleep= and usleep=
assigments between pin assignments. Backwards compatible format is:
./bin/gpiolib-bitfiddle <portname><pin-number>=<state>
Example:
./bin/gpiolib-bitfiddle 13=1 sleep=1 13=0
Set pin 13 (pa0) to 1 with a second delay before setting it to 0.
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter --help and cpu configuration 24KEc
./bin/gpiolib-bitfiddle: invalid option -- '-'
Option error!!!
Usage of ./bin/gpiolib-bitfiddle
Reading data on pins:
./bin/gpiolib-bitfiddle -a <pin-number>
or backwards compatible:
./bin/gpiolib-bitfiddle -p <port name> -b <pin-number>
Where pin-number is a number from 0 to max number of GPIOs.
Port name is a, b, c, d or v.
Writing data to pins:
./bin/gpiolib-bitfiddle -a <pin-number> -s <state>
It is also possible to read the out-value by using the -o option
./bin/gpiolib-bitfiddle <pin-number>=<state> [sleep=<seconds>] [usleep=<icrosec>]
Multiple assigments are supported and will be performed in a sequential order.
Delays can be introduced by inserting the wait=, sleep= and usleep=
assigments between pin assignments. Backwards compatible format is:
./bin/gpiolib-bitfiddle <portname><pin-number>=<state>
Example:
./bin/gpiolib-bitfiddle 13=1 sleep=1 13=0
Set pin 13 (pa0) to 1 with a second delay before setting it to 0.
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter --version and cpu configuration 24KEc
./bin/gpiolib-bitfiddle: invalid option -- '-'
Option error!!!
Usage of ./bin/gpiolib-bitfiddle
Reading data on pins:
./bin/gpiolib-bitfiddle -a <pin-number>
or backwards compatible:
./bin/gpiolib-bitfiddle -p <port name> -b <pin-number>
Where pin-number is a number from 0 to max number of GPIOs.
Port name is a, b, c, d or v.
Writing data to pins:
./bin/gpiolib-bitfiddle -a <pin-number> -s <state>
It is also possible to read the out-value by using the -o option
./bin/gpiolib-bitfiddle <pin-number>=<state> [sleep=<seconds>] [usleep=<icrosec>]
Multiple assigments are supported and will be performed in a sequential order.
Delays can be introduced by inserting the wait=, sleep= and usleep=
assigments between pin assignments. Backwards compatible format is:
./bin/gpiolib-bitfiddle <portname><pin-number>=<state>
Example:
./bin/gpiolib-bitfiddle 13=1 sleep=1 13=0
Set pin 13 (pa0) to 1 with a second delay before setting it to 0.
[*] Emulating binary ./bin/gpiolib-bitfiddle with parameter version and cpu configuration 24KEc
Command parse error version
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