Add dependency graph entry and test files.

core_collection/varia_collection/data_axs.json

@@ -14,6 +14,7 @@
         "sysinfo": "sysinfo",
         "rule_matching_demonstrator": "rule_matching_demonstrator",
         "rule_matching_producer": "rule_matching_producer",
-        "rule_matching_advertiser": "rule_matching_advertiser"
+        "rule_matching_advertiser": "rule_matching_advertiser",
+	"graph" : "graph"
     }
 }

core_collection/varia_collection/graph/README.md

@@ -0,0 +1,146 @@
+## Generating Hierarchy Graph
+Set the target entry that we would like to draw a dependency graph for, e.g., image_classification_using_tf_py
+```
+export TARGET=image_classification_using_tf_py
+```
+### `AXS` command to generate the graph:
+```
+axs byquery graph_output,target=${TARGET}
+```
+![Alt text](image.png)
+The figure shows a dependency graph generated for `image_classification_using_tf_py` entry. 
+
+- Red : target entry 
+- Lightcoral: Parents of the target entry
+- Blue: output node
+- Lightblue: Parents of the output node
+
+If the run is successful, it should print `Graph is generated!`
+```
+saved to '/home/saheli/work_collection/generated_by_graph_on_draw_a579763d98044530962cc967ac659b28/data_axs.json'
+byname_entries: ['base_imagenet_experiment']
+Graph is generated!
+['^', 'byname', 'generated_by_graph_on_draw_generated_by_graph_on_draw_a579763d98044530962cc967ac659b28']
+```
+The image of the graph rendered in vector graphics, `image.svg` and `.dot` file are generated under `axs byquery graph_output,target=${target} , get_path`. Open `image.svg` with a GUI interface to view the generated graph. 
+
+The structure of the `.dot` file will look something like this: `image`. It can be interpreted as a normal text file.
+```
+digraph {
+        node [shape=ellipse]
+        dpi=400
+        subgraph cluster_0 {
+                style=dotted
+                label="Entry and Its Parent(s)"
+                image_classification_using_tf_py [color=red style=filled]
+                python_script -> image_classification_using_tf_py
+                base_benchmark_program -> image_classification_using_tf_py
+                base_benchmark_program [color=lightcoral style=filled]
+                python_script [color=lightcoral style=filled]
+                python_in_shell -> python_script
+                python_in_shell [color=lightcoral style=filled]
+                shell -> python_in_shell
+                shell [color=lightcoral style=filled]
+        }
+        output [color=blue style=filled]
+        image_classification_using_tf_py -> output
+        base_imagenet_experiment -> output
+        subgraph cluster_1 {
+                style=dotted
+                label="Parent(s) of the Output Entry"
+                base_imagenet_experiment [color=lightblue style=filled]
+                base_experiment -> base_imagenet_experiment
+                base_experiment [color=lightblue style=filled]
+        }
+}
+```
+### `AXS` command to print the hierarchy tree:
+```
+axs byname graph , print_hierarchy llmcb_using_qaic_kilt
+```
+
+<Details><Pre>
+saheli@chai:~/axs/core_collection/varia_collection/graph$ axs byname graph , print_hierarchy llmcb_using_qaic_kilt
+output_entries_list: ['AS^IS', ['^', 'byname', 'base_llama2_loadgen_experiment'], ['^', 'byname', 'base_qaic_experiment'], ['^', 'byname', 'traced_kilt_entry']]
+{'traced_kilt_entry', 'base_llama2_loadgen_experiment', 'base_qaic_experiment'}
+output_entries_list: ['AS^IS', ['^', 'byname', 'base_mixtral_loadgen_experiment'], ['^', 'byname', 'base_qaic_experiment'], ['^', 'byname', 'traced_kilt_entry']]
+{'traced_kilt_entry', 'base_llama2_loadgen_experiment', 'base_mixtral_loadgen_experiment', 'base_qaic_experiment'}
+llmcb_using_qaic_kilt
+|
++-/home/saheli/axs/core_collection/essentials_collection
+    shell
+|
++-/home/saheli/work_collection/axs2kilt-dev
+    base_llmcb_kilt_program
+    |
+    +-/home/saheli/work_collection/axs2kilt-dev
+        base_kilt_program
+        |
+        +-/home/saheli/work_collection/axs2mlperf
+            base_loadgen_program
+            |
+            +-/home/saheli/work_collection/axs2mlperf
+                cpufreq_support
+|
++-/home/saheli/work_collection/axs2mlperf
+    base_loadgen_program
+    |
+    +-/home/saheli/work_collection/axs2mlperf
+        cpufreq_support
+|
++-/home/saheli/work_collection/axs2qaic-dev
+    base_qaic_program
+    |
+    +-/home/saheli/work_collection/axs2mlperf
+        base_loadgen_program
+        |
+        +-/home/saheli/work_collection/axs2mlperf
+            cpufreq_support
+|
++-/home/saheli/work_collection/axs2qaic-dev
+    qaic_sdk_info
+|
+-->/home/saheli/work_collection/axs2kilt-dev :: Output Parents
+    traced_kilt_entry
+|
+-->/home/saheli/work_collection/axs2mlperf :: Output Parents
+    base_llama2_loadgen_experiment
+    |
+    +-/home/saheli/work_collection/axs2mlperf
+        base_loadgen_experiment
+|
+-->/home/saheli/work_collection/axs2mlperf :: Output Parents
+    base_mixtral_loadgen_experiment
+    |
+    +-/home/saheli/work_collection/axs2mlperf
+        base_loadgen_experiment
+|
+-->/home/saheli/work_collection/axs2qaic-dev :: Output Parents
+    base_qaic_experiment
+Tree printed successfully!
+</Details></Pre>
+
+## Running tests
+The next step is to run the tests.
+
+### Step 1:
+The first step is to run the `create_json.py` to generate two json files containing dictionaries containing all the contained entries obtained as keys from `bert`, `image_classification`, `object_detection` folders and corresponding values as the `_parent_entries`  and `output_parent_entries` for each entry.
+```
+python create_json.py
+```
+<Details><Pre>
+output_parent_entries_dict.json  parent_entries_dict.json  </Details></Pre>
+
+### Step 2:
+Next, to run the `test_parent_and_output_entries.py` file 
+```
+pytest test_parent_and_output_entries.py
+```
+<Details><Pre>
+==================================================================================== 2 passed in 0.01s =====================================================================================
+collected 2 items
+
+test_parent_and_output_entries.py::test_compare_dot_and_json_for_target PASSED
+test_parent_and_output_entries.py::test_compare_dot_and_json_for_target_output PASSED
+ </Details></Pre>
+