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https://github.com/zephyrproject-rtos/zephyr
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To customise test builds and support test related features such as time stamps and a boot banner, introduce a Makefile variant that is dedicated to testing. Initially we introduce a new config overlay that is used for all tests, in this case we enable BOOT_BANNER and BUILD_TIMESTAMP. This will print the current version and the date, useful when reporting bugs and also an indicator that the system has booted before the test has started. For example: [QEMU] CPU: qemu32 ***** BOOTING ZEPHYR OS v1.6.99 - BUILD: Dec 21 2016 19:57:13 ***** tc_start() - Test Nanokernel CPU and thread routines Initializing nanokernel objects ... .. Change-Id: I224318cdeb55a301964ea366dbc577e2e3a09175 Signed-off-by: Anas Nashif <anas.nashif@intel.com> |
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| .. | ||
| src | ||
| Makefile | ||
| prj_qemu_cortex_m3.conf | ||
| prj_qemu_x86.conf | ||
| README.txt | ||
| testcase.ini | ||
Title: Safe Memory Access
Description:
This test verifies that the safe memory access (_mem_safe) functions as
intended.
---------------------------------------------------------------------------
Building and Running Project:
This nanokernel project outputs to the console. It can be built and executed
on QEMU as follows:
make qemu
---------------------------------------------------------------------------
Troubleshooting:
Problems caused by out-dated project information can be addressed by
issuing one of the following commands then rebuilding the project:
make clean # discard results of previous builds
# but keep existing configuration info
or
make pristine # discard results of previous builds
# and restore pre-defined configuration info
---------------------------------------------------------------------------
Sample Output:
testing SUCCESS of READ on RO memory with width 1.......PASS
testing SUCCESS of READ on RO memory with width 2.......PASS
testing SUCCESS of READ on RO memory with width 4.......PASS
testing FAILURE of WRITE on RO memory with width 1.......PASS
testing FAILURE of WRITE on RO memory with width 2.......PASS
testing FAILURE of WRITE on RO memory with width 4.......PASS
testing SUCCESS of READ on RW memory with width 1.......PASS
testing SUCCESS of READ on RW memory with width 2.......PASS
testing SUCCESS of READ on RW memory with width 4.......PASS
testing SUCCESS of WRITE on RW memory with width 1.......PASS
testing SUCCESS of WRITE on RW memory with width 2.......PASS
testing SUCCESS of WRITE on RW memory with width 4.......PASS
testing FAILURE of INVALID ACCESS on RW memory with width 4.......PASS
testing FAILURE of READ on RO memory with width 0.......PASS
testing SUCCESS of READ on RO memory with width 1.......PASS
testing SUCCESS of READ on RO memory with width 2.......PASS
testing FAILURE of READ on RO memory with width 3.......PASS
testing SUCCESS of READ on RO memory with width 4.......PASS
testing FAILURE of READ on RO memory with width 5.......PASS
testing FAILURE of READ on RO memory with width 8.......PASS
testing SUCCESS of READ on RO memory with width 1.......PASS
testing SUCCESS of READ on RO memory with width 1.......PASS
testing SUCCESS of READ on RW memory with width 1.......PASS
testing SUCCESS of READ on RW memory with width 1.......PASS
testing FAILURE of WRITE on RO memory with width 1.......PASS
testing FAILURE of WRITE on RO memory with width 1.......PASS
testing SUCCESS of WRITE on RW memory with width 1.......PASS
testing SUCCESS of WRITE on RW memory with width 1.......PASS
testing FAILURE of READ on out-of-image memory with width 1.......PASS
testing FAILURE of READ on out-of-image memory with width 1.......PASS
testing SUCCESS of adding extra RO region.......PASS
testing SUCCESS of adding extra RW region.......PASS
testing FAILURE of adding extra region that won't fit.......PASS
testing SUCCESS of READ on out-of-image memory with width 1.......PASS
testing SUCCESS of READ on out-of-image memory with width 1.......PASS
testing SUCCESS of READ on out-of-image memory with width 1.......PASS
testing SUCCESS of READ on out-of-image memory with width 1.......PASS
testing FAILURE of WRITE on out-of-image memory with width 1.......PASS
testing FAILURE of WRITE on out-of-image memory with width 1.......PASS
testing SUCCESS of WRITE on out-of-image memory with width 1.......PASS
testing SUCCESS of WRITE on out-of-image memory with width 1.......PASS
testing FAILURE of READ on out-of-image memory with width 1.......PASS
testing FAILURE of READ on out-of-image memory with width 1.......PASS
testing FAILURE of READ on out-of-image memory with width 1.......PASS
testing FAILURE of READ on out-of-image memory with width 1.......PASS
testing FAILURE of WRITE on RO memory with width 1.......PASS
testing SUCCESS of _mem_probe() reading RO values.......PASS
testing SUCCESS of _mem_probe() reading RW values.......PASS
testing SUCCESS of _mem_probe() writing values.......PASS
testing SUCCESS of _mem_safe_read(size: 16, width: 0).......PASS
testing SUCCESS of _mem_safe_read(size: 16, width: 4).......PASS
testing SUCCESS of _mem_safe_read(size: 14, width: 2).......PASS
testing SUCCESS of _mem_safe_read(size: 15, width: 1).......PASS
testing FAILURE of _mem_safe_read() with bad params.......PASS (-22)
testing SUCCESS of _mem_safe_write(size: 16, width: 0).......PASS
testing SUCCESS of _mem_safe_write(size: 16, width: 4).......PASS
testing SUCCESS of _mem_safe_write(size: 14, width: 2).......PASS
testing SUCCESS of _mem_safe_write(size: 15, width: 1).......PASS
testing FAILURE of _mem_safe_write() with bad params.......PASS (-22)
===================================================================
PASS - main.
===================================================================
PROJECT EXECUTION SUCCESSFUL