-
Notifications
You must be signed in to change notification settings - Fork 273
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
Advanced goto-diff #40
Labels
Comments
basic syntactic diffing in pull request #65 |
integrate
|
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Feb 28, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Feb 28, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Feb 28, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 1, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 1, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 4, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
smowton
pushed a commit
to smowton/cbmc
that referenced
this issue
Mar 7, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
smowton
pushed a commit
to smowton/cbmc
that referenced
this issue
Mar 7, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
smowton
pushed a commit
to smowton/cbmc
that referenced
this issue
Mar 7, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 8, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 12, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 12, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 12, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 12, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 12, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
smowton
pushed a commit
to smowton/cbmc
that referenced
this issue
Mar 13, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
smowton
pushed a commit
to smowton/cbmc
that referenced
this issue
Mar 14, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
smowton
pushed a commit
to smowton/cbmc
that referenced
this issue
Mar 15, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 15, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
JohnDumbell
added a commit
to JohnDumbell/cbmc
that referenced
this issue
Mar 15, 2019
This global name map will be used to check what generation is currently available for each level1 name, and shared across all states. This will only be used when a particular state tries to find out what the next free generation is. The main draw of this is that all branches will now assign unique generations that won't clash with assignments done across other branches. One minor downside is that in VCC's the generation number might jump sporadically (say from diffblue#4 to diffblue#40).
Closing due to detail in #6284 |
Sign up for free
to join this conversation on GitHub.
Already have an account?
Sign in to comment
syntactic and semantic diffing of goto programs
The text was updated successfully, but these errors were encountered: