Summary:public
Instead of using the collection of suppress warnings annotations to filter out the errors while generating the error reports, we just add this SuppressWarnings at translation time, like any other annotations, and the reporting functions in the Reporting module will just skip the errors when the method is annotated with SuppressWarnings.
This allows us to have a suppress warnings mechanism that is independant from the integration with the build system.
Reviewed By: sblackshear
Differential Revision: D3012395
fb-gh-sync-id: 35f5f9b
shipit-source-id: 35f5f9b
Summary:public
Lazy dynamic dispatch handling works as follows:
Assuming a call of the form:
foo(a);
where the static type of `a` is `A`. If during the symbolic execution, the dynamic type of the variable `a` is `B` where `B <: A`, then we create on-demand a copy `foo(B)` of `foo(A)` where all the uses of the typed parameter `a` are replaced with a parameter of type `B`. Especially, if `foo` contains virtual call, say `get` where `a` is the receiver, then the call gets redirected to the overridden method in `B`, which simulates the runtime behavior of Java.
This lazy dynamic dispatch mode is only turn on for the tracing mode for now in order to avoid conflicts with sblackshear's approach for sound dynamic dispatch.
Reviewed By: sblackshear
Differential Revision: D2888922
fb-gh-sync-id: 3250c9e
shipit-source-id: 3250c9e
Summary:public
Deprecate the incremental mode.
Several parts of the back-end can be removed.
The options for incremental analysis -i at the python level are now deprecated, and re-routed to --reactive.
The main difference with --reactive is that it does not produce an analysis of the whole project, but is limited to what is reachable via reactive propagation starting from the changed files.
Reviewed By: sblackshear
Differential Revision: D2960078
fb-gh-sync-id: 6e8b46b
shipit-source-id: 6e8b46b
Summary:public
- s/"/'/ in python strings
- kill `utils.error()` in favour of the new, identical `utils.stderr()`
- one more `print(utils.encode())` to `utils.stderr()` conversion
Reviewed By: jeremydubreil
Differential Revision: D2976710
fb-gh-sync-id: 6c0fdfa
shipit-source-id: 6c0fdfa
Summary:public
This class expects a working `jwlib.CompilerCommand` even when we're not doing
anything Java-related. Split the java-specific functionality into a new child
class in jwlib.py.
Reviewed By: jeremydubreil
Differential Revision: D2965832
fb-gh-sync-id: e895b33
shipit-source-id: e895b33
Summary:public
java-specific code such as this belongs in jwlib.py. It will also help the
refactoring in the next diff.
Reviewed By: sblackshear
Differential Revision: D2965814
fb-gh-sync-id: c3adc03
shipit-source-id: c3adc03
Summary:public
This will avoid a circular dependency between analyze.py and jwlib.py in an
upcoming refactoring.
Reviewed By: martinoluca
Differential Revision: D2965734
fb-gh-sync-id: 1cb69d4
shipit-source-id: 1cb69d4
Summary:public
This attempts to properly sanitise text input/output in the Python parts of
infer. Do three things:
- encode user input (coming from the command-line or reading files)
- decode infer output
- in both cases, we may be using the wrong encoding, eg: locale says we're in
ascii, but the source code contains utf-8. In many cases, like error
messages, it's safe to ignore these encoding mismatches.
Also, since we `import __future__.unicode_literals`, it's safe to remove `u'`
prefixes on many unicode literals.
Reviewed By: martinoluca
Differential Revision: D2960493
fb-gh-sync-id: 9812d7d
shipit-source-id: 9812d7d
Summary:public
Add command-line argument --reactive to enable reactive propagation mode.
When the mode is active, the files changed during compilation are detected, and the analysis propagates reactively starting from the modified files.
The reactive mode allows to analyze a subset of the files in a project and follow their dependencies, without storing the results of previous analyses (specs files). Captured files are preserved from previous runs of the analysis (for example, when the previous analysis was the initial capture), so the mode can be used repeatedly while changing code.
Reviewed By: jvillard
Differential Revision: D2931697
fb-gh-sync-id: 9d6dda0
shipit-source-id: 9d6dda0
Summary:
public
The PerformanceCritical Checker was not running on Buck project due to a conflict between the incremental mode and the ondemand mode.
Reviewed By: cristianoc
Differential Revision: D2891649
fb-gh-sync-id: 0a503d8
Summary:
public
- add to json reports the location in the ocaml code of assertions raised
during the analysis
- only add when in debug mode. For this, add a flag to `InferPrint` that is
passed by the toplevel `infer` whenever `infer -g` is used.
Reviewed By: jeremydubreil
Differential Revision: D2891286
fb-gh-sync-id: ad4577c
Summary:
public
The env variables used by the Infer backend were only passed in multicore mode. They are now passed before the generation of clusters, whether in single core mode or in multicore mode.
Reviewed By: cristianoc
Differential Revision: D2891816
fb-gh-sync-id: 25074af
Summary:
public
The code to configure to configure the logging was duplicated, but was not not doing exactly the same thing. This diff makes all the code to call the same configuration function.
Reviewed By: sblackshear
Differential Revision: D2844361
fb-gh-sync-id: 9887cad
Summary:
public
In the case of Java, the name of the method is enough to lookup the summary of the callees and run the symbolic execution. This revision separates the case of method call in Java and in C, C++ and Objective C. Most of the code for executing method calls was Clang specific and this is an intermediate step to be able to run the capture and analysis on demand.
Reviewed By: sblackshear
Differential Revision: D2809171
fb-gh-sync-id: da62dce
Summary: public
With this change, it will be possible to pass to InferAnalyze a list of folders to be
searched for spec files, through a file containing those paths, separated by the newline
character.
For example, if there's a `PathList.txt` file containing
/path/to/specs/folder1
/path/to/specs/folder2
/path/to/specs/folder3
Then invoking `infer --specs-dir-list-file PathList.txt [--other_args, ...] -- <build_cmd>`
will instruct the analyzer to lookup to those three folders whenever it searches for specs.
It's important to note that since the analyzer runs in parallel from different locations, it's necessary to pass **absolute** paths, or the analyzer will fail with an error.
Reviewed By: jvillard
Differential Revision: D2668700
fb-gh-sync-id: b407a57
Summary: public
This function is useful to understand how infer prints reports, it's worth
cleaning it up a notch.
Reviewed By: jeremydubreil
Differential Revision: D2646878
fb-gh-sync-id: 2ecd894
Summary: public so that we don't get thousands of memory leaks in debug mode.
We will still get them if we pass ml_bucket internal.
Reviewed By: jvillard
Differential Revision: D2648200
fb-gh-sync-id: 8dce66f
Summary: public
This is the first of a series of patches that reorganise the inferlib package
into a bunch of smaller modules.
Reviewed By: martinoluca
Differential Revision: D2641917
fb-gh-sync-id: 19788b5
Summary: public
These were only present in a few files. Could be added back on all files if
someone uses them.
Reviewed By: martinoluca
Differential Revision: D2646803
fb-gh-sync-id: edd6c43
Summary: public
This also fixes an issue with utf-8 in source code, as the csv report filters
out non-ascii characters.
Reviewed By: akotulski
Differential Revision: D2641727
fb-gh-sync-id: 3ca6dc6
Summary: public
This should avoid confusion between the toplevel "infer" python script and
inferlib/infer.py.
Reviewed By: jeremydubreil
Differential Revision: D2637087
fb-gh-sync-id: 82ce2a4
jrm
Andrzej Kotulski
Cristiano Calcagno
Jules Villard
Josh Berdine
Sam Blackshear
martinoluca
Dulma Rodriguez