Drop all "wikilink" hover tags from the conversion

Signed-off-by: Kees Cook <[email protected]>

Bug_Classes/index.md

@@ -6,4 +6,4 @@ on classes of bugs that have security implications, explain them, link
 to examples, and link to defenses that are or could be used to entirely
 eliminate the bug class.
 
-[Kernel Self Protection Project](/ "wikilink")
+[Kernel Self Protection Project](/)

Exploit_Methods/Kernel_location.md

@@ -4,19 +4,19 @@ Finding the kernel location can be an important first step for
 exploitation. Without it, for example, it's harder to make kernel
 function calls for privilege escalation. Besides the kernel itself, lots
 of other locations may be valuable to an attacker. See [Kernel pointer
-leaks](Bug_Classes/Kernel_pointer_leak "wikilink") for more information.
+leaks](Bug_Classes/Kernel_pointer_leak) for more information.
 
 # Examples
 
   - See [Kernel pointer
-    leaks](Bug_Classes/Kernel_pointer_leak "wikilink") examples
+    leaks](Bug_Classes/Kernel_pointer_leak) examples
   - /proc/kallsyms, /proc/modules
   - [ksymhunter](https://github.com/jonoberheide/ksymhunter)
 
 # Mitigations
 
   - hide symbols and kernel pointers (see [Kernel pointer
-    leaks](Bug_Classes/Kernel_pointer_leak "wikilink"))
+    leaks](Bug_Classes/Kernel_pointer_leak))
   - [kernel
     ASLR](https://git.kernel.org/linus/8ab3820fd5b2896d66da7bb2a906bc382e63e7bc)
   - runtime randomization of kernel functions

Exploit_Methods/Userspace_data_usage.md

@@ -8,7 +8,7 @@ exploitation.
 
 Note that under some emulation situations, this can be a superset that
 includes [Userspace
-execution](Exploit_Methods/Userspace_execution "wikilink"). (If we can
+execution](Exploit_Methods/Userspace_execution). (If we can
 protect against userspace access, we'll also be protecting against
 userspace execution.) Hardware protections tend to be separate, though,
 due to different memory paths for instruction fetch (execution) and data

Exploit_Methods/Userspace_execution.md

@@ -7,14 +7,14 @@ malicious code in userspace and have the kernel redirection execution
 there. (Frequently known as "ret2usr".)
 
 For more details, see [Userspace
-access](Exploit_Methods/Userspace_data_usage "wikilink"), as that can be
+access](Exploit_Methods/Userspace_data_usage), as that can be
 superset of userspace execution under some emulation situations.
 
 # Examples
 
   - See nearly every other exploit example listed under other [Exploit
-    Methods](Exploit_Methods "wikilink") and [Bug
-    Classes](Bug_Classes "wikilink").
+    Methods](Exploit_Methods) and [Bug
+    Classes](Bug_Classes).
 
 # Mitigations
 

Exploit_Methods/index.md

@@ -1,10 +1,10 @@
 Exploit Methods
 ===============
 
-When [bugs](Bug_Classes "wikilink") in the kernel provide unintended
+When [bugs](Bug_Classes) in the kernel provide unintended
 read and write primitives to an attacker, there are many techniques used
 to gain execution control over the kernel. Here we try to explain them,
 link to examples, and link to defenses that are or could be used to
 eliminate an exploitation method.
 
-[Kernel Self Protection Project](/ "wikilink")
+[Kernel Self Protection Project](/)

Get_Involved.md

@@ -2,7 +2,7 @@ Get Involved
 ============
 
 Want to get involved in the [Kernel Self Protection
-Project](Kernel_Self_Protection_Project "wikilink")? Here's how:
+Project](Kernel_Self_Protection_Project)? Here's how:
 
 # Join the conversations
 

KSPP.md

@@ -1 +1 @@
-1.  REDIRECT [Kernel Self Protection Project](/ "wikilink")
+1.  REDIRECT [Kernel Self Protection Project](/)

Kernel_Protections/HARDENED_ATOMIC.md

@@ -1,2 +1,2 @@
 1.  REDIRECT [Kernel Protections/refcount
-    t](Kernel_Protections/refcount_t "wikilink")
+    t](Kernel_Protections/refcount_t)

Kernel_Protections/refcount_t.md

@@ -2,7 +2,7 @@
 
 The refcount_t API is a kernel self-protection mechanism that greatly
 helps with the prevention of
-[use-after-free](Bug_Classes/Use_after_free "wikilink") bugs. It is
+[use-after-free](Bug_Classes/Use_after_free) bugs. It is
 based off of work done by the [PaX Team](https://pax.grsecurity.net),
 originally called
 [PAX_REFCOUNT](https://forums.grsecurity.net/viewtopic.php?f=7&t=4173).

Kernel_Self_Protection_Project/index.md

@@ -1 +1 @@
-1.  REDIRECT [Kernel Self Protection Project](/ "wikilink")
+1.  REDIRECT [Kernel Self Protection Project](/)

Patch_Tracking.md

@@ -4,7 +4,7 @@ Patch Tracking
 # Overview
 
 The primary place where
-[KSPP](Kernel_Self_Protection_Project "wikilink") patches are tracked is
+[KSPP](Kernel_Self_Protection_Project) patches are tracked is
 through our [patchwork
 instance](https://patchwork.kernel.org/project/linux-hardening/list/).
 This helps collect Reviewed-by, Acked-by, Tested-by, etc, tags in a

Recommended_Settings.md

@@ -2,7 +2,7 @@ Recommended Settings
 ====================
 
 Sometimes people ask the [Kernel Self Protection
-Project](Kernel_Self_Protection_Project "wikilink") what a secure set of
+Project](Kernel_Self_Protection_Project) what a secure set of
 build CONFIGs and runtime settings are. This is a brain-dump of the
 various options for a particularly paranoid system.
 

Work.md

@@ -4,35 +4,35 @@ Areas of Work Needed
 # Work Areas
 
 The [Kernel Self Protection
-Project](Kernel_Self_Protection_Project "wikilink") has a lot of work to
+Project](Kernel_Self_Protection_Project) has a lot of work to
 do\! While there are already a number of upstream [kernel security
-features](Feature_List "wikilink"), we are still missing many.
+features](Feature_List), we are still missing many.
 
 For the list of specific items and desired features, see the [KSPP Issue
 Tracker](https://github.com/KSPP/linux/issues).
 
 General concepts and concerns are here:
 
-## [Bug Classes](Bug_Classes "wikilink")
+## [Bug Classes](Bug_Classes)
 
-  - [Stack overflow](Bug_Classes/Stack_overflow "wikilink")
-  - [Integer overflow](Bug_Classes/Integer_overflow "wikilink")
-  - [Heap overflow](Bug_Classes/Heap_overflow "wikilink")
+  - [Stack overflow](Bug_Classes/Stack_overflow)
+  - [Integer overflow](Bug_Classes/Integer_overflow)
+  - [Heap overflow](Bug_Classes/Heap_overflow)
   - [Format string
-    injection](Bug_Classes/Format_string_injection "wikilink")
-  - [Kernel pointer leak](Bug_Classes/Kernel_pointer_leak "wikilink")
+    injection](Bug_Classes/Format_string_injection)
+  - [Kernel pointer leak](Bug_Classes/Kernel_pointer_leak)
   - [Uninitialized
-    variables](Bug_Classes/Uninitialized_variables "wikilink")
-  - [Use-after-free](Bug_Classes/Use_after_free "wikilink")
+    variables](Bug_Classes/Uninitialized_variables)
+  - [Use-after-free](Bug_Classes/Use_after_free)
 
-## [Exploitation Methods](Exploit_Methods "wikilink")
+## [Exploitation Methods](Exploit_Methods)
 
-  - [Kernel location](Exploit_Methods/Kernel_location "wikilink")
-  - [Text overwrite](Exploit_Methods/Text_overwrite "wikilink")
+  - [Kernel location](Exploit_Methods/Kernel_location)
+  - [Text overwrite](Exploit_Methods/Text_overwrite)
   - [Function pointer
-    overwrite](Exploit_Methods/Function_pointer_overwrite "wikilink")
+    overwrite](Exploit_Methods/Function_pointer_overwrite)
   - [Userspace
-    execution](Exploit_Methods/Userspace_execution "wikilink")
+    execution](Exploit_Methods/Userspace_execution)
   - [Userspace data
-    usage](Exploit_Methods/Userspace_data_usage "wikilink")
-  - [Reused code chunks](Exploit_Methods/Reused_code_chunks "wikilink")
+    usage](Exploit_Methods/Userspace_data_usage)
+  - [Reused code chunks](Exploit_Methods/Reused_code_chunks)

index.md

@@ -60,10 +60,10 @@ features:
 
 Specific details on the project:
 
-  - [Get Involved](Get_Involved "wikilink")
-  - [Areas of Work Needed](Work "wikilink")
-  - [Recommended Kernel Settings](Recommended_Settings "wikilink")
-  - [Patch Tracking](Patch_Tracking "wikilink")
+  - [Get Involved](Get_Involved)
+  - [Areas of Work Needed](Work)
+  - [Recommended Kernel Settings](Recommended_Settings)
+  - [Patch Tracking](Patch_Tracking)
 
 # Documentation
 
@@ -72,7 +72,7 @@ that have specific documentation:
 
   - [Self-Protection
     Guidelines](https://www.kernel.org/doc/html/latest/security/self-protection.html)
-  - [refcount_t](Kernel_Protections/refcount_t "wikilink") Kernel
+  - [refcount_t](Kernel_Protections/refcount_t) Kernel
     reference counter overflow protection
   - [Analysis on Kernel Self-Protection: Understanding Security and
     Performance Implication](https://samsung.github.io/kspp-study/)