Remove regression checks for website links

tests/nightly/broken_link_checker_test/JenkinsfileForBLC

@@ -34,11 +34,7 @@ core_logic: {
           timeout(time: 60, unit: 'MINUTES') {
             try {
               utils.init_git()
-              sh 'aws s3 cp s3://mxnet-ci-prod-slave-data/url_list.txt  ./tests/nightly/broken_link_checker_test/url_list.txt'
               utils.docker_run('ubuntu_blc', 'broken_link_checker', false)
-            } finally {
-              sh "echo Storing the new url_list.txt to S3 bucket" 
-              sh 'aws s3 cp ./tests/nightly/broken_link_checker_test/url_list.txt s3://mxnet-ci-prod-slave-data/url_list.txt'
             }
           }
         }

tests/nightly/broken_link_checker_test/README.md

@@ -1,13 +1,10 @@
 # Broken link checker test
 
-This folder contains the scripts that are required to run the nightly job of checking the broken links. The job also checks whether the link that were published before are still accessible.
+This folder contains the scripts that are required to run the nightly job of checking the broken links.
 
 ## JenkinsfileForBLC
 This is configuration file for jenkins job.
 
 ## Details
 The `broken_link_checker.sh` is a top level script that invokes the `test_broken_links.py` and `check_regression.sh` scripts.
 The `test_broken_links.py` invokes broken link checker tool (blc) from nodeJs and reports the list of URLs that are not accessible.
-The `check_regression.sh` scripts downloads the file `url_list.txt` that contains links that are publicly accessible from s3 bucket
-The scripts merges this list with the output of `test_broken_links.py` and checks whether all those links are accessible using 'curl' command.
-The updated `url_list.txt` is uploaded to s3 bucket.

tests/nightly/broken_link_checker_test/broken_link_checker.sh

@@ -28,6 +28,3 @@ echo `pwd`
 
 echo "Running test_broken_links.py"
 python test_broken_links.py
-
-echo "Running check_regression.sh"
-./check_regression.sh

tests/nightly/broken_link_checker_test/test_broken_links.py

@@ -31,6 +31,8 @@ def prepare_link_test_result(command_output):
     # Whitelisted broken links patterns
     HTTP_403_REGEX = "(HTTP_403)"
     HTTP_401_REGEX = "(HTTP_401)"
+    HTTP_409_REGEX = "(HTTP_409)"
+    HTTP_3XX_REGEX = "(HTTP_3"
     BLC_UNKNOWN_REGEX = "(BLC_UNKNOWN)"
     HTTP_UNDEFINED = "HTTP_undefined"
     FALSE_SCALA_API_DOC_LINK = "java$lang.html"
@@ -53,8 +55,8 @@ def prepare_link_test_result(command_output):
             current_page_broken_links = ""
 
         if line.find(BROKEN_PAGE_START_REGEX) != -1:
-            # Skip (401, 403, unknown issues)
-            if HTTP_403_REGEX not in line and HTTP_401_REGEX not in line and BLC_UNKNOWN_REGEX not in line and HTTP_UNDEFINED not in line and FALSE_SCALA_API_DOC_LINK not in line and FALSE_SCALA_API_DEPRECATED_LINK not in line and FALSE_PAPER_LINK not in line:
+            # Skip (401, 403, 409, unknown issues)
+            if HTTP_403_REGEX not in line and HTTP_401_REGEX not in line and HTTP_409_REGEX not in line and HTTP_3XX_REGEX not in line and BLC_UNKNOWN_REGEX not in line and HTTP_UNDEFINED not in line and FALSE_SCALA_API_DOC_LINK not in line and FALSE_SCALA_API_DEPRECATED_LINK not in line and FALSE_PAPER_LINK not in line:
                 current_page_broken = True
                 current_page_broken_links += line.split(BROKEN_PAGE_START_REGEX)[1] + "\n"